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Frank Abagnale
Frank William Abagnale Jr. (/ˈæbəɡneɪl/; born April 27, 1948) is an American author and convicted felon. He gained notoriety in the late 1970s with biographical claims that included working as an assistant state attorney general in Louisiana, a hospital physician in Georgia, a professor in Utah, and a Pan American World Airways pilot who logged over two million air miles.[1] According to Abagnale, he began to con people and pass bad checks when he was 15 years old. During his teens and early twenties he was arrested multiple times and was convicted and imprisoned in the United States and Europe. In 1980, Abagnale co-wrote a book on his life, Catch Me If You Can, that inspired the film of the same name directed by Steven Spielberg, in which Abagnale was portrayed by actor Leonardo DiCaprio. He has also written four other books. Abagnale runs Abagnale and Associates, a consultancy firm.[2]
The veracity of most of Abagnale’s claims has been questioned and in many cases outright refuted.[3][4][5] In 2002, Abagnale admitted on his website that some facts had been over-dramatized or exaggerated, though he was not specific about what was exaggerated or omitted about his life.[6] In 2020, journalist Alan C. Logan provided documentary evidence that the majority of Abagnale’s claims had been at best wildly exaggerated and at worst completely invented.[7][8][9]
Contents
- 1Early life
- 2Europe
- 3United States
- 4Veracity of claims
- 5Personal life
- 6Books
- 7See also
- 8References
- 9External links
Early life[edit source]
External video Catch Me If You Can: Frank Abagnale’s Story, Frank Abagnale, 1:02:27, WGBH Educational Foundation[10]
Frank William Abagnale Jr. was born in the Bronx, New York City, on April 27, 1948, to a French-Algerian mother and an Italian-American father.[11][12] He spent his early life in Bronxville, New York. His parents separated when he was 12 and divorced when he was 15 years old.[7] After the divorce, Abagnale moved with his father, and his new stepmother, to Mount Vernon, New York.[7]
According to Abagnale, his first victim was his father, who gave Abagnale a gasoline credit card and a truck and was ultimately liable for a bill amounting to $3,400. Abagnale was only 15 at the time.[13][14] In his autobiography, Abagnale says, because of this crime, he was sent to a reform school in Westchester County, New York (fitting the description of the Lincolndale Agricultural School) run by Catholic Charities USA.[13]
In December 1964, he enlisted in the United States Navy at the age of 16. He was discharged after less than three months and was arrested for forgery shortly thereafter.[15][16]
In 1965, the Federal Bureau of Investigation arrested Abagnale in Eureka, California for car theft after he stole a Ford Mustang from one of his father’s neighbors. Abagnale was pictured in the local newspaper, seated in a car, being questioned by special agent Richard Miller of the FBI.[17] He had financed his cross-country trip from New York to California with blank checks stolen from a family business located on the Bronx River Parkway.[15][16] Abagnale was also charged with impersonating a US customs official, although this charge was dropped. On June 2, 1965, this stolen car case was transferred to the Southern District of New York.[7]
Airline pilot[edit source]
After being released into the custody of his father to face the stolen car charges, 17-year-old Abagnale decided to impersonate a pilot. He obtained a uniform at a Manhattan uniform company, but was arrested in Tuckahoe, New York days later.[15][16] Abagnale was sentenced to three years at the Great Meadow Prison in Comstock, New York. After serving only two years of his sentence, he was released into the custody of his mother. However, he broke the terms of his parole with a stolen car conviction in Boston, Massachusetts, and was returned to Great Meadow for one year.[7]
After his release on December 24, 1968, he disguised himself as a TWA pilot and moved to Baton Rouge, Louisiana, where he talked his way into the house of a local music teacher, the father of a Delta Air Lines stewardess he had met in New York. He was arrested on February 14, 1969, initially on vagrancy charges. Upon his arrest he was found to have illegally driven his Florida rental car out of state and to possess falsified airline employee identification.[18] The following day detectives determined that Abagnale had stolen blank checks from his host family and a local business in Baton Rouge, and he was subsequently charged with theft and forgery.[19][20] Unable to make bail, he was convicted on June 2, 1969, and was sentenced to 12 years of supervised probation, but he soon fled Louisiana for Europe.[7][21]
Europe[edit source]
Two weeks after the Louisiana bench warrant was issued, Abagnale was arrested in Montpellier, France, in September 1969. He had stolen an automobile and defrauded two local families in Klippan, Sweden. He was sentenced to four months for theft in France, but only served three months in Perpignan‘s prison.[22]
He was then extradited to Sweden where he was convicted of gross fraud by forgery. He served two months in a Malmö prison and was banned from returning to Sweden for eight years and required to recompense his Swedish victims (which, they say, he never did[7]). Abagnale was deported back to the United States in June 1970 when his appeal failed.[7]
United States[edit source]
After returning to the United States, 22-year-old Abagnale dressed in a pilot’s uniform and travelled around college campuses, passing bad checks and claiming he was there to recruit stewardesses for Pan Am. At the University of Arizona, he stated that he was a pilot and a doctor, and according to Paul Holsen, a student at the time, Abagnale conducted physical examinations on several female college students who wanted to be part of flight crews.[23] None of the women were ever enrolled in Abagnale’s fictional program.[24]
After Abagnale cashed a personal check dressed up as a Pan Am paycheck, on July 30, 1970, in Durham, North Carolina, he again came to the attention of the FBI. He was arrested in Cobb County, Georgia, 3 months later, on November 2, 1970, after cashing 10 fake Pan Am payroll checks in different towns. Abagnale escaped from the Cobb County jail and was picked up 4 days later in New York City. He was sentenced to ten years in 1971 for forging checks that totaled $1,448.60 and he received an additional two years for escaping from jail.[7][24]
In 1974, Abagnale was released on parole after he had served around two years of his 12-year sentence at Federal Correctional Institution in Petersburg, Virginia.[25] Unwilling to return to his family in New York, he left the choice of parole location up to the court, which decided that he would be paroled in Houston, Texas.[26]
After his release, Abagnale stated that he performed numerous jobs, including cook, grocer, and movie projectionist, but he was fired from most of these after it was discovered he had been hired without revealing his criminal past. He again posed as a pilot in 1974 to obtain a job at Camp Manison, a summer children’s camp in Texas where he was arrested for stealing cameras from his co-workers.[27] After he received only a fine, he obtained a position at a Houston-area orphanage by pretending to be a pilot with a master’s degree. This job had him finding foster homes for the children living at the orphanage. This ruse was eventually discovered by his parole officer, who swiftly removed him from his orphanage work and moved him into living quarters above his own garage so that he “could keep an eye on him”.[28] His next position was at Aetna, where he was fired and sued for check fraud.[7]
According to Abagnale, he approached a bank with an offer in 1975. He explained to the bank what he had done and offered to speak to the bank’s staff and show them various tricks that “paperhangers” use to defraud banks. His offer included the condition that if they did not find his speech helpful, they would owe him nothing; otherwise, they would owe him only $50, with an agreement that they would provide his name to other banks.[29] With that, he began a new career as a speaker and a security consultant.[2] During this time, he falsified his resume to show he had worked with the Los Angeles Police Department and Scotland Yard.[7]
In 1977, Abagnale gave public talks wherein he claimed that between the ages of 16 and 21 years old, he was a doctor in a Georgia hospital for one year, an assistant state attorney general for one year, a sociology professor for two semesters, and a Pan American airlines pilot for two years. In addition, Abagnale claimed that he recruited university coeds as Pan American stewardesses travelling with them for three months throughout Europe. He also claimed he eluded the FBI with a daring escape from a commercial airline toilet bowl, while the plane was taxiing at the John F. Kennedy International Airport in New York.[30][31] In 1978 Abagnale told a Honolulu Advertiser reporter that he was familiar with the toilet apparatus, squeezed himself through the opening, swung down through the lower hatch, landed on the pavement, ran across the runway and hailed a cab.[32] Abagnale claimed he moved the sewage container aside and that no one heard a thing: “I took off running. I thought they were right behind me. What I didn’t know was that the door was spring loaded and when it slammed shut the whole assembly fell back into place. Nobody heard anything because of the engines’ roar.”[33]
He moved his wife, Kelly, and their three sons to Tulsa, Oklahoma. He and his family lived in the same house for the next 25 years. After the sons left home for college and careers elsewhere, Kelly suggested that she and Frank should leave Tulsa. They agreed to move to Charleston, South Carolina.[26]
In 1976, he founded Abagnale & Associates,[2] which advises companies on secure documents. In 2015, Abagnale was named the AARP Fraud Watch Ambassador, where he helps “to provide online programs and community forums to educate consumers about ways to protect themselves from identity theft and cybercrime.” In 2018, he began co-hosting the AARP podcast The Perfect Scam about scammers and how they operate.[34]
He has appeared in the media a variety of times. This includes three times as guest on The Tonight Show, an appearance on To Tell the Truth in 1977 [35][36][37] and a regular slot on the British network TV series The Secret Cabaret in the 1990s.[38] The book about Abagnale, Catch Me If You Can, was turned into a movie of the same name by Steven Spielberg in 2002, featuring actor Leonardo DiCaprio as Abagnale. The real Abagnale made a cameo appearance in this film as a French police officer taking DiCaprio into custody.[39]
Veracity of claims[edit source]
During his appearances on television and in his speeches, Abagnale has often embellished his criminal exploits, stating that he was wanted in 12 countries, has worked extensively for the FBI and escaped several times from FBI custody. He also claimed that he cashed $2.5 million in bad checks and worked as an assistant attorney general and a hospital physician. In addition, he stated that he started a fake stewardess trainee program and logged over 2 million air miles disguised as a pilot.[7]
In public lectures describing his life story, Abagnale has consistently maintained that he was “arrested just once”, and that was in Montpellier, France.[40][41] However, public records show Abagnale was arrested in New York (multiple times), California, Massachusetts, Louisiana, Georgia, and Texas.[15][17][21][22][27][42]
Despite public records showing Abagnale targeted individuals and small family businesses,[15][17][20][21][22][27][43] Abagnale has long claimed publicly that he “never, ever ripped off any individuals”.[44] He made the same claim of never targetting individuals and small businesses to BBC journalist Sarah Montague and the Associated Press.[45][46] In 2002, Abagnale told the Star Tribune, “As long as I didn’t hurt anyone, people never considered me a real criminal, my victims were big corporations. I was a kid ripping off the establishment.”[47]
However, individuals criminally targeted by Abagnale have described the long-term consequences of victimization:[20]
He had a key to our front door, it was never recovered. We changed the lock. I fed him. I cooked. I don’t trust people as much anymore.— Charolette Parks, Abagnale victim interviewed April 27, 1981, The Advocate
Journalist Ira Perry was unable to find any evidence that Abagnale worked with the FBI; according to one retired FBI special agent in charge, Abagnale was caught trying to pass personal checks in 1978 several years after he claimed that he began working with the FBI.[24] Dating back to the 1980s Abagnale claimed that Joseph Shea, an FBI agent, had pursued him for 5 years (between 1965 and 1970).[48] Abagnale claimed that Shea befriended and supervised him during his parole.[7] However, when Catch Me If You Can was released in theatres, The Atlanta Journal-Constitution reported that Abagnale and Shea only reunited in the late 1980s, almost 20 years after Shea arrested him. Abagnale spotted Shea at an anticrime seminar in Kansas City and sought out Shea to shake his hand.[49]
His claim that he passed the Louisiana bar exam, worked for Attorney General Jack P. F. Gremillion, and closed 33 cases, was debunked by several journalists in 1978.[24][50] There is no record of Abagnale ever being a member of the Louisiana Bar[51] and no evidence he ever worked as an assistant attorney general in Louisiana’s Attorney General Office. In 1978, the Louisiana State Bar Association reconciled all those who took the bar exam and concluded that Abagnale never took the exam using his own name or an alias; the State Attorney General‘s Office examined payments to all employees during the time Abagnale claimed he worked there and concluded that he never worked in the office using his name or an alias.[24] After Abagnale appeared on The Tonight Show, then-First Assistant Attorney General Ken DeJean gave a reporter a series of questions to ask Abagnale about the description of then-Attorney General Jack P. F. Gremillion. Abagnale failed to answer the questions correctly.[52]
Abagnale has publicly claimed an intelligence quotient (IQ) of 140: “I have an I.Q. of 140 and retain 90 percent of what I read. So by studying and memorizing the bar exam I was able to get the needed score.”[31] In 2021 Abagnale gave the keynote at the American Mensa Conference in Houston, Texas. The organizers claimed he was the subject of an FBI manhunt and cashed millions of dollars’ worth of checks while impersonating a pilot and doctor.[53]
One of Abagnale’s most notable claims was an alleged escape from the United States Penitentiary, Atlanta in 1971. In 1982 Abagnale told the press, “I was and still am the only and youngest man to escape from that prison.”[54] However, the Federal Bureau of Prisons confirmed that Abagnale was never housed in the Atlanta Federal Penitentiary: “he was never admitted, so I don’t really see how he could have escaped” said acting warden Dwight Amstutz.[24]
In 1978, after Abagnale had been a featured speaker at an anti-crime seminar, a San Francisco Chronicle reporter looked into his assertions. Telephone calls to banks, schools, hospitals and other institutions Abagnale mentioned turned up no evidence of his cons under the aliases he used. Abagnale’s response was, “Due to the embarrassment involved, I doubt if anyone would confirm the information.” He later said he had changed the names.[55]
Further doubts were raised about Abagnale’s story after an October 1978 appearance on The Tonight Show Starring Johnny Carson, with a news article saying:
Abagnale is indeed a convicted confidence artist. But he is finding willing believers as he promotes and invents a more varied criminal past.— Stephen Hall, San Francisco Chronicle, “Johnny Is Conned”, October 6, 1978[56]
In December 1978, Abagnale’s claims were again investigated after he visited Oklahoma City for a talk.[24] As part of his investigation into the story, Perry spoke with Pan Am spokesman Bruce Haxthausen, who responded to the journalists’ enquiry saying:
This is the first we’ve heard of this, and we would have heard of or at least remember[ed] it if it had happened. You don’t forget $2.5 million in bad checks. I’d say this guy is as phony as a $3 bill.— Ira Perry, The Daily Oklahoman, “Inquiry Shows ‘Reformed’ Con Man Hasn’t Quit Yet”, December 10, 1978
In 2002, Abagnale addressed the issue of his story’s lack of truthfulness with a statement posted on his company’s website, which said in part: “I was interviewed by the co-writer only about four times. I believe he did a great job of telling the story, but he also over-dramatized and exaggerated some of the story. That was his style and what the editor wanted. He always reminded me that he was just telling a story and not writing my biography.”[57] However, Abagnale made the primary claims of working as a doctor for a year, an attorney for a year, a PhD professor, and his several escapes on national television in 1977 on the show To Tell the Truth.[37] He also made these claims in print media, namely the Fort Worth Star-Telegram, three years before the publication of his co-written autobiography, effectively nullifying the claim his aforementioned co-author, Stan Redding, exaggerated the story.[31]
In 2006, KSL journalist Scott Haws challenged Abagnale with his claim that he worked as a Ph.D-holding sociology professor at Brigham Young University (BYU) for two semesters. Abagnale claimed that he could not recall the details, and that his co-author Redding had exaggerated some things. Haws “refreshed Frank’s memory” and showed him his own words, including the Catch Me If You Can Moviebook and the credits that rolled at the end of the film Catch Me If You Can, where Abagnale, not Redding, made the BYU professor claim.[58] Abagnale conceded to Haws that he might have been a guest lecturer.[59]
So despite claiming to be a sociology professor in at least three books, two solely written by Abagnale himself, and an on-camera claim following the movie, it appears Abagnale as a BYU professor is mostly or entirely just another real fake.— Scott Haws, Did Frank Abignale [sic] Really Teach at BYU?, April 27, 2006, KSL-TV
Leading up to 2020, journalist Alan C. Logan conducted an in-depth investigation, as part of publishing a book, on Abagnale’s life story. Logan’s exhaustive search of earlier newspaper articles, and other public records, cast reasonable doubt on Abagnale’s story. Logan also discovered numerous administrative documents that contradicted many of Abagnale’s claims.[9] Logan’s investigation found that Abagnale’s claims were, for the most part, fabrications. Documents show that Abagnale was in Great Meadow Prison in Comstock, New York, between the ages of 17 and 20 (July 26, 1965, and December 24, 1968) as inmate #25367, the time frame during which Abagnale claims to have committed his most significant scams. Logan’s investigation uncovered numerous petty crimes that Abagnale has never acknowledged, and with Logan giving evidence to argue that many of Abagnale’s most famous scams in fact never occurred.[8][9]
Abagnale has told the press, “I was convicted on 2.5 million dollars’ worth of bad checks” and that he later hired a law firm to get all the money back to hotels and other companies.[60] However, federal court records show that Abagnale was convicted of forging 10 Pan American Airlines checks in five states (Texas, Arizona, Utah, California and North Carolina), totalling less than US$1,500.[7] Following parole, he claimed he went to work for the FBI. Logan found no evidence to support Abagnale’s claims, including the assertion that he was included in a coffee table book celebrating the 100th anniversary of the FBI.[9]
In many interviews and speeches Abagnale has claimed that he has earned millions of dollars from his patents.[40][61] However, the United States Patent and Trademark Office website shows that Abagnale as a person, and Abagnale and Associates as a business, hold no patents and they are not listed as an inventor on any patent.[62] In his cheque design patents, Canadian inventor Calin A. Sandru merely mentions in the Background section of the invention that KPMG and Abagnale and Associates are groups that affirm that cheque fraud is a significant problem.[63][64][65]
In 2020 Abagnale was confronted by one of his victims in Baton Rouge, Louisiana. When asked why he talks about being an attorney general and passing the bar exams, and yet failing to acknowledge his arrest and conviction in Baton Rouge, Abagnale said, “That’s because I work for the FBI.”[21] Abagnale claimed to the Star Tribune that he is an ethics instructor at the FBI Academy, located in Quantico, Virginia: “I teach ethics at the FBI academy, which is ironic, but years ago, someone at the Bureau said, ‘who better than you to do this?’—I try to teach young agents the importance of doing the right thing.”[66]
Logan, girded with public records, shared his findings in detail on the NPR program Watching America, August 13, 2021, broadcast on WHRO.[67]
Personal life[edit source]
Abagnale lives on Daniel Island, near Charleston, South Carolina, with his wife Kelly. They have three sons, Scott, Chris, and Sean.[68] Abagnale cites meeting his wife as the motivation for changing his life. He told author Paul Stenning that he met her while working undercover for the FBI when she was a cashier at a grocery store.[7][69]
Books[edit source]
- Catch Me If You Can, 1980. ISBN 978-0-7679-0538-1.
- The Art of the Steal, Broadway Books, 2001. ISBN 978-0-7679-0683-8.
- Real U Guide to Identity Theft, 2004. ISBN 978-1-932999-01-3.
- Stealing Your Life, Random House/Broadway Books, April 2007. ISBN 978-0-7679-2586-0.
- Scam Me If You Can, 2019. ISBN 978-0525538967.
See also[edit source]
- The Great Impostor, 1961 movie about Ferdinand Waldo Demara
- Elliot Castro, Scottish former fraudster
References[edit source]
- ^ “Abagnale’s First Lecture With New Biography”. The Galveston Daily News. January 25, 1977. p. 1. Retrieved December 12, 2021.
- ^ Jump up to:a b c “Abagnale & Associates”. Abagnale & Associates. Retrieved May 20, 2007.
- ^ Stringfellow, Jonathan. “Infamous American Fraudster Frank Abagnale to speak at upcoming CSU event”. The Uproar. Retrieved July 25, 2021.
- ^ “New book claims Catch Me If You Can Frank Abagnale’s cons are fake”. www.msn.com. Retrieved July 25, 2021.
- ^ “Northern Ireland man exposes ‘Catch Me If You Can’ as work of fiction”. belfasttelegraph. ISSN 0307-1235. Retrieved July 25, 2021.
- ^ Baker, Bob (December 28, 2002). “The truth? Just try to catch it if you can”. Los Angeles Times. Retrieved July 25, 2021.
- ^ Jump up to:a b c d e f g h i j k l m n o Alan C. Logan (December 2020). The Greatest Hoax on Earth: Catching Truth, While We Can. Indiana Landmarks. ISBN 978-1-73555-722-9.
- ^ Jump up to:a b Well, Thomas (2021). “New book further debunks myth of scam artist Frank Abagnale, Jr. of ‘Catch Me if You Can’ book and movie”. Louisiana voice.
- ^ Jump up to:a b c d Lopez, Zavier (April 23, 2021). “Could this famous con man be lying about his story? A new book suggests he is”. WHYY-TV. Retrieved May 9, 2021.
- ^ “Catch Me If You Can: Frank Abagnale’s Story”. WGBH Educational Foundation. Retrieved April 8, 2016.
- ^ “FamilySearch.org”. ancestors.familysearch.org. Retrieved September 2, 2021.
- ^ “Paulette Noel Anton Abagnale (1926–2014) – Find A…” www.findagrave.com. Retrieved September 2, 2021.
- ^ Jump up to:a b Abagnale, Frank (2000). Catch Me If You Can. New York City: Broadway Paperbacks. p. 6. ISBN 978-0-7679-0538-1.
- ^ Bell, Rachael. “Skywayman: The Story of Frank W. Abagnale Jr”. TruTV Crime Library. Atlanta, Georgia: Turner Broadcasting Systems. Archived from the original on August 31, 2009.
- ^ Jump up to:a b c d e “Clipped From The Herald Statesman”. The Herald Statesman. July 16, 1965. p. 26. Retrieved July 25, 2021.
- ^ Jump up to:a b c “Clipped From The Daily Times”. The Daily Times. July 16, 1965. p. 2. Retrieved July 25, 2021.
- ^ Jump up to:a b c “Abagnale Arrested for Auto Theft”. Eureka Humboldt Standard. June 22, 1965. p. 11. Retrieved October 5, 2021.
- ^ “Vagrancy Charged Filed in City Against “Pilot””. The Advocate. February 15, 1969. Retrieved October 9, 2021.
- ^ “N.Y. Man Faces 2 Counts Here”. The State Times Advocate. February 15, 1969. Retrieved October 9, 2021.
- ^ Jump up to:a b c “BR Family Says Renowned Imposter Took Its Money”. The State Times Advocate. April 27, 1981. Retrieved October 10, 2021.
- ^ Jump up to:a b c d “Did LABI pay a five-figure fee to get flim-flammed by self-proclaimed flim-flam artist at its annual luncheon Tuesday?”. Louisiana Voice. February 13, 2020. Retrieved September 8, 2021.
- ^ Jump up to:a b c Logan, Alan (2020). The Greatest Hoax on Earth Catching Truth, While We Can. pp. 147–155. ISBN 9781736197400.
- ^ Holsen, Paul; II, Paul J. Holsen (July 11, 2014). Born in a Bottle of Beer. Createspace Independent Pub. ISBN 978-1-5003-8278-0.
- ^ Jump up to:a b c d e f g “Clipped From The Daily Oklahoman”. The Daily Oklahoman. December 14, 1978. p. 1. Retrieved July 25, 2021.
- ^ Conway, Allan (2004). Analyze This: What Handwriting Reveals (1st ed.). PRC Publishing. p. 64. ISBN 978-1-85648-707-8.
- ^ Jump up to:a b Eaton, Kristi; Holton Dean, Anna (March 2019). “The Road to Fame: Frank Abagnale”. Tulsa People. Retrieved March 23, 2019.
- ^ Jump up to:a b c “Clipped From The News”. The News. September 5, 1974. p. 1. Retrieved July 25, 2021.
- ^ “Uncovering the Con Man’s Biggest Lie”.
- ^ Abagnale, Frank W. (2001). The Art of the Steal. Broadway Books. ISBN 9780767910910.[page needed]
- ^ “Abagnale Makes Biographical Claims”. Plano Daily Star-Courier. February 11, 1977. p. 8. Retrieved October 17, 2021.
- ^ Jump up to:a b c “Clipped From Fort Worth Star-Telegram”. Fort Worth Star-Telegram. November 9, 1977. p. 20. Retrieved July 25, 2021.
- ^ “Abagnale Claims Toilet Bowl Escape – Newspapers.com”. Newspapers.com. Retrieved October 17, 2021.
- ^ “The Great Imposter Biographical Claims”. The Times. February 21, 1982. p. 95. Retrieved October 17, 2021.
- ^ “Fraud Watch Ambassador Named”. August 27, 2015.
- ^ List of The Tonight Show Starring Johnny Carson episodes (1978)
- ^ “The Tonight Show”. December 3, 2013.
- ^ Jump up to:a b Archived at Ghostarchive and the Wayback Machine: To Tell The Truth (Joe Garagiola) (Imposter Frank Abagnale) (1977), retrieved July 25, 2021
- ^ Production company website, accessed April 19, 2021.
- ^ Van Luling, Todd (October 17, 2014). “11 Easter Eggs You Never Noticed in Your Favorite Movies”. HuffPost. TheHuffingtonPost.com, Inc. Retrieved January 29, 2015.
- ^ Jump up to:a b “American Rhetoric: Frank Abagnale – National Automobile Dealers Association Convention Address”. www.americanrhetoric.com. Retrieved September 22, 2021.
- ^ “Talks at Google: Ep1 – Frank Abagnale | Catch Me If You Can”. talksatgoogle.libsyn.com. Retrieved October 17, 2021.
- ^ “Abagnale interacts with coeds using deception”. Arizona Daily Star. November 21, 1970. p. 34. Retrieved September 22, 2021.
- ^ “BR Family Says Renowned Imposter Took Its Money”. State Times Advocate. April 27, 1981. Retrieved October 9, 2021.
- ^ “Frank Abagnale claimed he never ripped off any individuals”. The Item. September 29, 1982. p. 5. Retrieved September 17, 2021.
- ^ Archived at Ghostarchive and the Wayback Machine: BBC HardTalk Interview with Frank Abagnale, retrieved September 17, 2021
- ^ “Frank Abagnale claimed he never targeted ‘mom and pop’ stores”. The Ithaca Journal. November 20, 1980. p. 29. Retrieved September 17, 2021.
- ^ “Abagnale Claims Never Considered Real Criminal”. Star Tribune. December 22, 2002. pp. F7. Retrieved October 15, 2021.
- ^ “Clipped From Kenosha News”. Kenosha News. February 26, 1982. p. 7. Retrieved August 29, 2021.
- ^ “Clipped From The Atlanta Constitution”. The Atlanta Constitution. January 13, 2003. pp. C2. Retrieved August 29, 2021.
- ^ Hall, Stephen (October 6, 1978). “Johnny Is Conned”. No. 114th Year, No. 221. San Francisco Chronicle.
- ^ “Attorney Status Search”. ladb.org. Retrieved July 25, 2021.
- ^ Well, Thomas (April 27, 2021). “New book further debunks myth of scam artist Frank Abagnale, Jr. of ‘Catch Me if You Can’ book and movie”. Louisanavoice.com. Louisiana Voice.
- ^ “American Mensa’s World Gathering | Aug. 24–29, 2021”. ag.us.mensa.org. Retrieved September 21, 2021.
- ^ “Abagnale Claims Escape From Atlanta Federal Penitentiary”. Arizona Daily Sun. February 24, 1982. p. 6. Retrieved September 21, 2021.
- ^ Baker, Bob (December 6, 2002). “Portrait of the con artist as a young man”. newsthinking.com. Archived from the original on October 12, 2007. Retrieved February 14, 2011.
- ^ Hall, Stephen (October 6, 1978). “Johnny Is Conned”. No. 114th Year, No. 221. San Francisco Chronicle.
- ^ “Abagnale & Associates, Comments”. Retrieved July 7, 2009.
- ^ Steven Spielberg; Frank W. Abagnale; Andrew Cooper; Jeff Nathanson; Timothy Shaner (2002). Linda Sunshine (ed.). Catch me if you can : a Steven Spielberg film. New York: Newmarket Press. ISBN 1-55704-553-4. OCLC 51995375.
- ^ April 27, Posted-; A.m, 2006 at 11:54. “Did Frank Abignale Really Teach at BYU?”. www.ksl.com. Retrieved August 29, 2021.
- ^ 1393354. “Charleston Home + Design Magazine – Spring 2014”. Issuu. Retrieved September 22, 2021.
- ^ Writer, NewsNet Staff (March 11, 2005). “The art of the steal”. The Daily Universe. Retrieved October 31, 2021.
- ^ “Patent Database Search Results: abagnale in US Patent Collection”. patft.uspto.gov. Retrieved October 31, 2021.
- ^ Sandru, Calin A. (February 28, 1997). “Apparatus and method for enhancing the security of negotiable documents”. United States Patent and Trademark Office. Retrieved October 31, 2021.
- ^ Sandru, Calin A. (May 4, 2000). “Apparatus and method for enhancing the security of negotiable documents”. United States Patent and Trademark Office. Retrieved October 31, 2021.
- ^ Sandru, Calin A. (July 1, 2002). “Apparatus and method for enhancing the security of negotiable instruments”. United States Patent and Trademark Office. Retrieved October 31, 2021.
- ^ “Abagnale Claims to be Ethics Instructor at FBI Academy”. Star Tribune. May 13, 2015. pp. D2. Retrieved October 1, 2021.
- ^ “WHRO Radio & TV Programs, Podcasts, Episodes”. mediaplayer.whro.org. Retrieved August 21, 2021.
- ^ Hunt, Stephanie (September 2010). “Charleston Profile: Bona Fide”. Charleston Mag via abagnale.com. Archived from the original on October 6, 2010. Retrieved April 1, 2011.
- ^ Stenning, Paul (November 24, 2013). Success – By Those Who’ve Made It. In Flight Books. p. 102. ISBN 978-1628475869.
External links[edit source]
Wikimedia Commons has media related to Frank Abagnale. Wikiquote has quotations related to: Frank Abagnale -
Kevin Mitnick
Kevin David Mitnick (born August 6, 1963) is an American computer security consultant, author, and convicted hacker. He is best known for his high-profile 1995 arrest and five years in prison for various computer and communications-related crimes.[6]
Mitnick’s pursuit, arrest, trial, and sentence along with the associated journalism, books, and films were all controversial.[7][8]
He now runs the security firm Mitnick Security Consulting, LLC. He is also the Chief Hacking Officer and part owner[9] of the security awareness training company KnowBe4, as well as an active advisory board member at Zimperium,[10] a firm that develops a mobile intrusion prevention system.[11]
Contents
Early life and education[edit source]
Mitnick was born in Van Nuys, California, on August 6, 1963.[12][self-published source?] He grew up in Los Angeles and attended James Monroe High School in Los Angeles, California,[13] during which time he became an amateur radio operator.[14] He was later enrolled at Los Angeles Pierce College and USC.[13] For a time, he worked as a receptionist for Stephen S. Wise Temple.[13]
Career[edit source]
Computer hacking[edit source]
At age 12, Mitnick got a bus driver to tell him where he could buy his own ticket punch for “a school project”, and was then able to ride any bus in the greater LA area using unused transfer slips he found in a dumpster next to the bus company garage.[15]
Mitnick first gained unauthorized access to a computer network in 1979, at 16, when a friend gave him the phone number for the Ark, the computer system that Digital Equipment Corporation (DEC) used for developing its RSTS/E operating system software.[16] He broke into DEC’s computer network and copied the company’s software, a crime for which he was charged and convicted in 1988. He was sentenced to 12 months in prison followed by three years of supervised release. Near the end of his supervised release, Mitnick hacked into Pacific Bell voicemail computers. After a warrant was issued for his arrest, Mitnick fled, becoming a fugitive for two-and-a-half years.[citation needed]
According to the U.S. Department of Justice, Mitnick gained unauthorized access to dozens of computer networks while he was a fugitive. He used cloned cellular phones to hide his location and, among other things, copied valuable proprietary software from some of the country’s largest cellular telephone and computer companies. Mitnick also intercepted and stole computer passwords, altered computer networks, and broke into and read private e-mails.[citation needed]
Arrest, conviction, and incarceration[edit source]
Supporters from 2600 Magazine distributed “Free Kevin” bumper stickers.[17]
After a well-publicized pursuit, the FBI arrested Mitnick on February 15, 1995, at his apartment in Raleigh, North Carolina, on federal offenses related to a two-and-a-half-year period of computer hacking which included computer and wire fraud.[18][19] He was found with cloned cellular phones, more than 100 cloned cellular phone codes, and multiple pieces of false identification.[20]
In December 1997, the Yahoo! website was hacked, displaying a message calling for Mitnick’s release. According to the message, all recent visitors of Yahoo!’s website had been infected with a computer worm that would wreak havoc on Christmas Day unless Mitnick was released. Yahoo! dismissed the claims as a hoax and said that the worm was nonexistent.[21][22]
Mitnick was charged with wire fraud (14 counts), possession of unauthorized access devices (8 counts), interception of wire or electronic communications, unauthorized access to a federal computer, and causing damage to a computer.[4]
In 1999, Mitnick pleaded guilty to four counts of wire fraud, two counts of computer fraud, and one count of illegally intercepting a wire communication, as part of a plea agreement before the United States District Court for the Central District of California in Los Angeles. He was sentenced to 46 months in prison plus 22 months for violating the terms of his 1989 supervised release sentence for computer fraud. He admitted to violating the terms of supervised release by hacking into Pacific Bell voicemail and other systems and to associating with known computer hackers, in this case co-defendant Lewis De Payne.[1][23]
Mitnick served five years in prison—four-and-a-half years’ pre-trial and eight months in solitary confinement—because, according to Mitnick, law enforcement officials convinced a judge that he had the ability to “start a nuclear war by whistling into a pay phone”,[24] implying that law enforcement told the judge that he could somehow dial into the NORAD modem via a payphone from prison and communicate with the modem by whistling to launch nuclear missiles.[25] In addition, a number of media outlets reported on the unavailability of kosher meals at the prison where he was incarcerated.[26]
He was released on January 21, 2000. During his supervised release, which ended on January 21, 2003, he was initially forbidden to use any communications technology other than a landline telephone.[27] Mitnick fought this decision in court, eventually winning a ruling in his favor, allowing him to access the Internet. Under the plea deal, Mitnick was also prohibited from profiting from films or books based on his criminal activity for seven years, under a special judicial Son of Sam law variation.
In December 2001, an FCC judge ruled that Mitnick was sufficiently rehabilitated to possess a federally issued amateur radio license.[28] Mitnick now runs Mitnick Security Consulting LLC, a computer security consultancy and is part owner of KnowBe4, provider of an integrated platform for security awareness training and simulated phishing testing.[29]
Controversy[edit source]
Mitnick’s criminal activities, arrest, and trial, along with the associated journalism, were all controversial.[7] Though Mitnick has been convicted of copying software unlawfully,[30] his supporters argue that his punishment was excessive and that many of the charges against him were fraudulent[31] and not based on actual losses.[32]
In his 2002 book, The Art of Deception, Mitnick states that he compromised computers solely by using passwords and codes that he gained by social engineering. He claims he did not use software programs or hacking tools for cracking passwords or otherwise exploiting computer or phone security.[citation needed]
John Markoff and Tsutomu Shimomura, who had both been part of the pursuit of Mitnick, wrote the book Takedown about Mitnick’s capture.[citation needed]
The case against Mitnick tested the new laws that had been enacted for dealing with computer crime, and it raised public awareness of security involving networked computers. The controversy remains, however, and the Mitnick story is often cited today as an example of the influence that newspapers and other media outlets can have on law enforcement personnel.[33]
Consulting[edit source]
Since 2000, Mitnick has been a paid security consultant, public speaker, and author. He does security consulting for, performs penetration testing services, and teaches Social Engineering classes to companies and government agencies. His company Mitnick Security Consulting is based in Las Vegas, Nevada[34] where he currently resides.
Media[edit source]
Adrian Lamo, Kevin Mitnick, and Kevin Poulsen (photo c. 2001)
In 2000, Skeet Ulrich and Russell Wong portrayed Kevin Mitnick and Tsutomu Shimomura, respectively, in the movie Track Down (known as Takedown outside the US), which was based on the book Takedown by John Markoff and Tsutomu Shimomura. The DVD was released in September 2004.[35] A 2001 documentary named Freedom Downtime was produced by 2600: The Hacker Quarterly in response to Takedown.[citation needed]
Mitnick’s story was a partial inspiration for Wizzywig, Ed Piskor‘s graphic novel about hackers.[citation needed]
Mitnick also appeared in Werner Herzog‘s documentary Lo and Behold, Reveries of the Connected World (2016).
Books[edit source]
Written by Mitnick[edit source]
Mitnick is the co-author, with William L. Simon and Robert Vamosi, of four books, three on computer security and his autobiography:
- (2003) The Art of Deception: Controlling the Human Element of Security[36]
- (2005) The Art of Intrusion: The Real Stories Behind the Exploits of Hackers, Intruders & Deceivers[37]
- (2011) Ghost in the Wires: My Adventures as the World’s Most Wanted Hacker[38]
- (2017) The Art of Invisibility[39]
Authorized by Mitnick[edit source]
- (1996) The Fugitive Game: Online with Kevin Mitnick. In this book author Jonathan Littman presented Mitnick’s account of his story,[40] as John Markoff’s book Takedown (1996) and Jeff Goodell’s Cyberthief and the Samurai (1996) presented Shimomura’s side (when Mitnick was legally unable to publish and profit from his own story).
See also[edit source]
- Kevin Poulsen
- “My kung fu is stronger than yours“
- List of computer criminals
- The Secret History of Hacking
References[edit source]
- ^ Jump up to:a b Gengler, Barbara (1999). “Super-hacker Kevin Mitnick takes a plea”. Computer Fraud & Security. 1999 (5): 6. doi:10.1016/S1361-3723(99)90141-0.
- ^ “Kevin Mitnick’s Federal Indictment”. Archived from the original on May 18, 2014. Retrieved September 13, 2014.
- ^ “#089 Fugitive Computer Hacker Arrested in North Carolina”. justice.gov. Archived from the original on June 13, 2013.
- ^ Jump up to:a b “Kevin Mitnick Case: 1999 – No Bail, No Computer, Hacker Pleads Guilty”. jrank.org.
- ^ “HEARING DESIGNATION ORDER (FCC 01-359)” (PDF). Federal Communications Commission. December 21, 2001. Retrieved December 3, 2015.
- ^ “Kevin Mitnick sentenced to nearly four years in prison; computer hacker ordered to pay restitution to victim companies whose systems were compromised” (Press release). United States Attorney’s Office, Central District of California. August 9, 1999. Archived from the original on June 13, 2013.
- ^ Jump up to:a b “Free Kevin, Kevin Freed”, Jan 21, 2000, Jason Kroll, Linux Journal
- ^ “Ex-hacker reveals tricks of the trade”. AsiaOne Digital. Archived from the original on July 23, 2015.
- ^ KnowBe4. “Kevin Mitnick Partners With KnowBe4”. www.prnewswire.com. Retrieved April 18, 2020.
- ^ Darlene Storm (July 19, 2012). “Interview: World’s most famous hacker, Kevin Mitnick, on mobile security & Zimperium”. Computerworld. Archived from the original on December 26, 2013.
- ^ Alex Williams. “Zimperium Raises $8M For Mobile Security That Turns The Tables On Attackers”. TechCrunch. AOL.
- ^ Merritt, Tom (2012). Chronology of Tech History. Lulu.com. p. 87. ISBN 978-1-300-25307-5.[self-published source]
- ^ Jump up to:a b c Mitnick, Kevin (2011). Ghost in the Wires: My Adventures as the World’s Most Wanted Hacker. Little, Brown and Company. ISBN 978-0-316-03770-9.
- ^ Mills, Elinor. “Q&A: Kevin Mitnick, from ham operator to fugitive to consultant”. cnet.com. CNET. Retrieved December 18, 2017.
- ^ Greene, Thomas C. (January 13, 2003). “Chapter One: Kevin Mitnick’s story”. The Register. Archived from the original on September 12, 2012.
- ^ “The Missing Chapter from The Art of Deception by Kevin Mitnick”. thememoryhole.org. Archived from the original on March 17, 2009. Retrieved February 16, 2020.
- ^ “Freedom Downtime – The Story of Kevin Mitnick : 2600 Films : Free Download, Borrow, and Streaming : Internet Archive”. Internet Archive. October 23, 2016. Retrieved May 14, 2019.
- ^ “Fugitive computer hacker arrested in North Carolina” (Press release). United States Department of Justice. February 15, 1995. Archived from the original on June 29, 2012.
- ^ Colbert Report
- ^ Pnter, Christopher M.E. (March 2001). “Supervised Release and Probation Restrictions in Hacker Cases” (PDF). United States Attorneys’ USA Bulletin. Executive Office for United States Attorneys. 49 (2).
- ^ “Yahoo Hack: Heck of a Hoax”. Wired. December 9, 1997.
- ^ Original text posted to Yahoo’s website.
- ^ “Computer Hacker Kevin Mitnick Sentenced to Prison”. fas.org. June 27, 1997. Retrieved February 16, 2020.
- ^ Mills, Elinor (July 20, 2008). “Social Engineering 101: Mitnick and other hackers show how it’s done”. CNET News. Archived from the original on July 13, 2012.
- ^ “Famed hacker to Snowden: Watch out”. CNN.
- ^ “Life Not Kosher for Mitnick”. Wired. August 18, 1999. Archived from the original on September 18, 2012.
- ^ Bowker, Art. “Hackers, Sex Offenders, and All the Rest”. Retrieved September 14, 2018.
- ^ “F.C.C. Lets Convicted Hacker Go Back on Net”. The New York Times (Press release). December 27, 2002.
- ^ Noory, George (January 7, 2019). “Cybercrime & Security”. Coast to Coast AM. Retrieved January 8, 2019.
- ^ Miller, Greg (March 27, 1999). “Judge Accepts Mitnick’s Guilty Plea on 7 Counts”. Los Angeles Times. Retrieved February 16, 2020.
- ^ Randolph, Donald C. “About Kevin’s Case”. Free Kevin Mitnick. Archived from the original on April 24, 2006.
- ^ “Defense consolidated motion for sanctions and for reconsideration of motion for discovery and application for expert fees based upon new facts”. Free Kevin Mitnick. June 7, 1999. Archived from the original on December 22, 2005.
- ^ John Christensen (March 18, 1999). “The trials of Kevin Mitnick”. Retrieved December 11, 2018.
- ^ “Kevin Mitnick’s Security Advice”. Wired.
- ^ Skeet Ulrich, Russell Wong (2004). Track Down (DVD). Dimension Studios.
- ^ Mitnick, Kevin; Simon, William L. (October 2003). The Art of Deception: Controlling the Human Element of Security. Wiley Books. ISBN 978-0-7645-4280-0.
- ^ Mitnick, Kevin; Simon, William L. (December 27, 2005). The Art of Intrusion: The Real Stories Behind the Exploits of Hackers, Intruders & Deceivers. Wiley Books. ISBN 978-0-7645-6959-3.
- ^ Mitnick, Kevin; Simon, William L. (2011). Ghost in the Wires: My Adventures as the World’s Most Wanted Hacker. Little, Brown and Company. ISBN 978-0-316-03770-9. Archived from the original on November 4, 2011. Retrieved August 27, 2019.
- ^ Mitnick, Kevin; Vamosi, Robert (February 2017). The Art of Invisibility. Little, Brown and Company. ISBN 978-0-3163-8049-2.
- ^ Hafner, Katie. “The Fugitive Game: Online with Kevin Mitnick: Jonathan Littman: Books”. Retrieved May 16, 2011.
Bibliography[edit source]
Movies[edit source]
Books[edit source]
- Kevin Mitnick with Robert Vamosi, The Art of Invisibility, 2017, Hardback ISBN 978-0-316-38049-2
- Kevin Mitnick and William L. Simon, Ghost in the Wires: My Adventures as the World’s Most Wanted Hacker, 2011, Hardback ISBN 978-0-316-03770-9
- Kevin Mitnick and William L. Simon, The Art of Intrusion: The Real Stories Behind The Exploits Of Hackers, Intruders, And Deceivers, 2005, Hardback ISBN 0-471-78266-1
- Kevin Mitnick, The Art of Deception: Controlling the Human Element of Security, 2002, Paperback ISBN 0-471-23712-4
- Jeff Goodell, The Cyberthief and the Samurai: The True Story of Kevin Mitnick-And the Man Who Hunted Him Down, 1996, ISBN 978-0-440-22205-7
- Tsutomu Shimomura, Takedown: The Pursuit and Capture of Kevin Mitnick, America’s Most Wanted Computer Outlaw-By the Man Who Did It, 1996, ISBN 0-7868-8913-6
- Jonathan Littman, The Fugitive Game: Online with Kevin Mitnick, 1996, ISBN 0-316-52858-7
- Katie Hafner and John Markoff, CYBERPUNK – Outlaws and Hackers on the Computer Frontier, 1995, ISBN 1-872180-94-9
Articles[edit source]
- Littman, Jonathan (June 2007). “The Invisible Digital Man” (PDF). Playboy. Archived from the original (PDF) on March 4, 2016.
- Fost, Dan (May 4, 2000). “Movie About Notorious Hacker Inspires a Tangle of Suits and Subplots”. San Francisco Chronicle. Retrieved April 24, 2007.
- Darell, Khin. “From Being Hunted By The FBI To Working Alongside Them- Kevin Mitnick”. Appknox. Retrieved May 27, 2016.
- Ehrlich, Thomas. “Renowned security expert Kevin Mitnick can steal your identity in 3 minutes”. Forbes. Retrieved July 17, 2015.
-
Sigmund Freud
Sigmund Freud (/frɔɪd/ FROYD,[3] German: [ˈziːkmʊnt ˈfʁɔʏ̯t]; born Sigismund Schlomo Freud; 6 May 1856 – 23 September 1939) was an Austrian neurologist and the founder of psychoanalysis, a clinical method for evaluating and treating pathologies in the psyche through dialogue between a patient and a psychoanalyst.[4]
Freud was born to Galician Jewish parents in the Moravian town of Freiberg, in the Austrian Empire. He qualified as a doctor of medicine in 1881 at the University of Vienna.[5][6] Upon completing his habilitation in 1885, he was appointed a docent in neuropathology and became an affiliated professor in 1902.[7] Freud lived and worked in Vienna, having set up his clinical practice there in 1886. In 1938, Freud left Austria to escape Nazi persecution. He died in exile in the United Kingdom in 1939.
In founding psychoanalysis, Freud developed therapeutic techniques such as the use of free association and discovered transference, establishing its central role in the analytic process. Freud’s redefinition of sexuality to include its infantile forms led him to formulate the Oedipus complex as the central tenet of psychoanalytical theory.[8] His analysis of dreams as wish-fulfillments provided him with models for the clinical analysis of symptom formation and the underlying mechanisms of repression. On this basis, Freud elaborated his theory of the unconscious and went on to develop a model of psychic structure comprising id, ego and super-ego.[9] Freud postulated the existence of libido, sexualised energy with which mental processes and structures are invested and which generates erotic attachments, and a death drive, the source of compulsive repetition, hate, aggression, and neurotic guilt.[10] In his later works, Freud developed a wide-ranging interpretation and critique of religion and culture.
Though in overall decline as a diagnostic and clinical practice, psychoanalysis remains influential within psychology, psychiatry, and psychotherapy, and across the humanities. It thus continues to generate extensive and highly contested debate concerning its therapeutic efficacy, its scientific status, and whether it advances or hinders the feminist cause.[11] Nonetheless, Freud’s work has suffused contemporary Western thought and popular culture. W. H. Auden‘s 1940 poetic tribute to Freud describes him as having created “a whole climate of opinion / under whom we conduct our different lives”.[12]
Contents
- 1Biography
- 2Ideas
- 3Legacy
- 4In popular culture
- 5Works
- 6Correspondence
- 7See also
- 8Notes
- 9References
- 10Further reading
- 11External links
Biography[edit source]
Early life and education[edit source]
Freud’s birthplace, a rented room in a locksmith’s house, Freiberg, Austrian Empire (later Příbor, Czech Republic)Freud (aged 16) and his mother, Amalia, in 1872
Sigmund Freud was born to Ashkenazi Jewish parents in the Moravian town of Freiberg,[13][14] in the Austrian Empire (now Příbor, Czech Republic), the first of eight children.[15] Both of his parents were from Galicia, a historic province straddling modern-day West Ukraine and southeast Poland. His father, Jakob Freud (1815–1896), a wool merchant, had two sons, Emanuel (1833–1914) and Philipp (1836–1911), by his first marriage. Jakob’s family were Hasidic Jews and, although Jakob himself had moved away from the tradition, he came to be known for his Torah study. He and Freud’s mother, Amalia Nathansohn, who was 20 years younger and his third wife, were married by Rabbi Isaac Noah Mannheimer on 29 July 1855.[16] They were struggling financially and living in a rented room, in a locksmith’s house at Schlossergasse 117 when their son Sigmund was born.[17] He was born with a caul, which his mother saw as a positive omen for the boy’s future.[18]
In 1859, the Freud family left Freiberg. Freud’s half-brothers immigrated to Manchester, England, parting him from the “inseparable” playmate of his early childhood, Emanuel’s son, John.[19] Jakob Freud took his wife and two children (Freud’s sister, Anna, was born in 1858; a brother, Julius born in 1857, had died in infancy) firstly to Leipzig and then in 1860 to Vienna where four sisters and a brother were born: Rosa (b. 1860), Marie (b. 1861), Adolfine (b. 1862), Paula (b. 1864), Alexander (b. 1866). In 1865, the nine-year-old Freud entered the Leopoldstädter Kommunal-Realgymnasium, a prominent high school. He proved to be an outstanding pupil and graduated from the Matura in 1873 with honors. He loved literature and was proficient in German, French, Italian, Spanish, English, Hebrew, Latin and Greek.[20]
Freud entered the University of Vienna at age 17. He had planned to study law, but joined the medical faculty at the university, where his studies included philosophy under Franz Brentano, physiology under Ernst Brücke, and zoology under Darwinist professor Carl Claus.[21] In 1876, Freud spent four weeks at Claus’s zoological research station in Trieste, dissecting hundreds of eels in an inconclusive search for their male reproductive organs.[22] In 1877, Freud moved to Ernst Brücke’s physiology laboratory where he spent six years comparing the brains of humans and other vertebrates with those of frogs and invertebrates such as crayfish and lampreys. His research work on the biology of nervous tissue proved seminal for the subsequent discovery of the neuron in the 1890s.[23] Freud’s research work was interrupted in 1879 by the obligation to undertake a year’s compulsory military service. The lengthy downtimes enabled him to complete a commission to translate four essays from John Stuart Mill‘s collected works.[24] He graduated with an MD in March 1881.[25]
Early career and marriage[edit source]
In 1882, Freud began his medical career at Vienna General Hospital. His research work in cerebral anatomy led to the publication in 1884 of an influential paper on the palliative effects of cocaine, and his work on aphasia would form the basis of his first book On Aphasia: A Critical Study, published in 1891.[26] Over a three-year period, Freud worked in various departments of the hospital. His time spent in Theodor Meynert‘s psychiatric clinic and as a locum in a local asylum led to an increased interest in clinical work. His substantial body of published research led to his appointment as a university lecturer or docent in neuropathology in 1885, a non-salaried post but one which entitled him to give lectures at the University of Vienna.[27]
In 1886, Freud resigned his hospital post and entered private practice specializing in “nervous disorders”. The same year he married Martha Bernays, the granddaughter of Isaac Bernays, a chief rabbi in Hamburg. They had six children: Mathilde (b. 1887), Jean-Martin (b. 1889), Oliver (b. 1891), Ernst (b. 1892), Sophie (b. 1893), and Anna (b. 1895). From 1891 until they left Vienna in 1938, Freud and his family lived in an apartment at Berggasse 19, near Innere Stadt, a historical district of Vienna.Freud’s home at Berggasse 19, Vienna
In 1896, Minna Bernays, Martha Freud’s sister, became a permanent member of the Freud household after the death of her fiancé. The close relationship she formed with Freud led to rumours, started by Carl Jung, of an affair. The discovery of a Swiss hotel guest-book entry for 13 August 1898, signed by Freud whilst travelling with his sister-in-law, has been presented as evidence of the affair.[28]
Freud began smoking tobacco at age 24; initially a cigarette smoker, he became a cigar smoker. He believed smoking enhanced his capacity to work and that he could exercise self-control in moderating it. Despite health warnings from colleague Wilhelm Fliess, he remained a smoker, eventually suffering a buccal cancer.[29] Freud suggested to Fliess in 1897 that addictions, including that to tobacco, were substitutes for masturbation, “the one great habit.”[30]
Freud had greatly admired his philosophy tutor, Brentano, who was known for his theories of perception and introspection. Brentano discussed the possible existence of the unconscious mind in his Psychology from an Empirical Standpoint (1874). Although Brentano denied its existence, his discussion of the unconscious probably helped introduce Freud to the concept.[31] Freud owned and made use of Charles Darwin‘s major evolutionary writings, and was also influenced by Eduard von Hartmann‘s The Philosophy of the Unconscious (1869). Other texts of importance to Freud were by Fechner and Herbart,[32] with the latter’s Psychology as Science arguably considered to be of underrated significance in this respect.[33] Freud also drew on the work of Theodor Lipps, who was one of the main contemporary theorists of the concepts of the unconscious and empathy.[34]
Though Freud was reluctant to associate his psychoanalytic insights with prior philosophical theories, attention has been drawn to analogies between his work and that of both Schopenhauer[35] and Nietzsche. In 1908, Freud said that he occasionally read Nietzsche, and had a strong fascination for his writings, but did not study him, because he found Nietzsche’s “intuitive insights” resembled too much his own work at the time, and also because he was overwhelmed by the “wealth of ideas” he encountered when he read Nietzsche. Freud sometimes would deny the influence of Nietzsche’s ideas. One historian quotes Peter L. Rudnytsky, who says that based on Freud’s correspondence with his adolescent friend Eduard Silberstein, Freud read Nietzsche’s The Birth of Tragedy and probably the first two of the Untimely Meditations when he was seventeen.[36][37] In 1900, the year of Nietzsche’s death, Freud bought his collected works; he told his friend, Fliess, that he hoped to find in Nietzsche’s works “the words for much that remains mute in me.” Later, he said he had not yet opened them.[38] Freud came to treat Nietzsche’s writings “as texts to be resisted far more than to be studied.” His interest in philosophy declined after he had decided on a career in neurology.[39]
Freud read William Shakespeare in English throughout his life, and it has been suggested that his understanding of human psychology may have been partially derived from Shakespeare’s plays.[40]
Freud’s Jewish origins and his allegiance to his secular Jewish identity were of significant influence in the formation of his intellectual and moral outlook, especially concerning his intellectual non-conformism, as he was the first to point out in his Autobiographical Study.[41] They would also have a substantial effect on the content of psychoanalytic ideas, particularly in respect of their common concerns with depth interpretation and “the bounding of desire by law”.[42]
Development of psychoanalysis[edit source]
André Brouillet‘s A Clinical Lesson at the Salpêtrière (1887) depicting a Charcot demonstration. Freud had a lithograph of this painting placed over the couch in his consulting rooms.[43]
In October 1885, Freud went to Paris on a three-month fellowship to study with Jean-Martin Charcot, a renowned neurologist who was conducting scientific research into hypnosis. He was later to recall the experience of this stay as catalytic in turning him toward the practice of medical psychopathology and away from a less financially promising career in neurology research.[44] Charcot specialized in the study of hysteria and susceptibility to hypnosis, which he frequently demonstrated with patients on stage in front of an audience.
Once he had set up in private practice back in Vienna in 1886, Freud began using hypnosis in his clinical work. He adopted the approach of his friend and collaborator, Josef Breuer, in a type of hypnosis that was different from the French methods he had studied, in that it did not use suggestion. The treatment of one particular patient of Breuer’s proved to be transformative for Freud’s clinical practice. Described as Anna O., she was invited to talk about her symptoms while under hypnosis (she would coin the phrase “talking cure” for her treatment). In the course of talking in this way, her symptoms became reduced in severity as she retrieved memories of traumatic incidents associated with their onset.
The inconsistent results of Freud’s early clinical work eventually led him to abandon hypnosis, having concluded that more consistent and effective symptom relief could be achieved by encouraging patients to talk freely, without censorship or inhibition, about whatever ideas or memories occurred to them. In conjunction with this procedure, which he called “free association“, Freud found that patients’ dreams could be fruitfully analyzed to reveal the complex structuring of unconscious material and to demonstrate the psychic action of repression which, he had concluded, underlay symptom formation. By 1896 he was using the term “psychoanalysis” to refer to his new clinical method and the theories on which it was based.[45]Approach to Freud’s consulting rooms at Berggasse 19
Freud’s development of these new theories took place during a period in which he experienced heart irregularities, disturbing dreams and periods of depression, a “neurasthenia” which he linked to the death of his father in 1896[46] and which prompted a “self-analysis” of his own dreams and memories of childhood. His explorations of his feelings of hostility to his father and rivalrous jealousy over his mother’s affections led him to fundamentally revise his theory of the origin of the neuroses.
Based on his early clinical work, Freud had postulated that unconscious memories of sexual molestation in early childhood were a necessary precondition for the psychoneuroses (hysteria and obsessional neurosis), a formulation now known as Freud’s seduction theory.[47] In the light of his self-analysis, Freud abandoned the theory that every neurosis can be traced back to the effects of infantile sexual abuse, now arguing that infantile sexual scenarios still had a causative function, but it did not matter whether they were real or imagined and that in either case, they became pathogenic only when acting as repressed memories.[48]
This transition from the theory of infantile sexual trauma as a general explanation of how all neuroses originate to one that presupposes autonomous infantile sexuality provided the basis for Freud’s subsequent formulation of the theory of the Oedipus complex.[49]
Freud described the evolution of his clinical method and set out his theory of the psychogenetic origins of hysteria, demonstrated in several case histories, in Studies on Hysteria published in 1895 (co-authored with Josef Breuer). In 1899, he published The Interpretation of Dreams in which, following a critical review of existing theory, Freud gives detailed interpretations of his own and his patients’ dreams in terms of wish-fulfillments made subject to the repression and censorship of the “dream-work”. He then sets out the theoretical model of mental structure (the unconscious, pre-conscious and conscious) on which this account is based. An abridged version, On Dreams, was published in 1901. In works that would win him a more general readership, Freud applied his theories outside the clinical setting in The Psychopathology of Everyday Life (1901) and Jokes and their Relation to the Unconscious (1905).[50] In Three Essays on the Theory of Sexuality, published in 1905, Freud elaborates his theory of infantile sexuality, describing its “polymorphous perverse” forms and the functioning of the “drives”, to which it gives rise, in the formation of sexual identity.[51] The same year he published Fragment of an Analysis of a Case of Hysteria, which became one of his more famous and controversial case studies.[52]
Relationship with Fliess[edit source]
During this formative period of his work, Freud valued and came to rely on the intellectual and emotional support of his friend Wilhelm Fliess, a Berlin-based ear, nose, and throat specialist whom he had first met in 1887. Both men saw themselves as isolated from the prevailing clinical and theoretical mainstream because of their ambitions to develop radical new theories of sexuality. Fliess developed highly eccentric theories of human biorhythms and a nasogenital connection which are today considered pseudoscientific. He shared Freud’s views on the importance of certain aspects of sexuality – masturbation, coitus interruptus, and the use of condoms – in the etiology of what was then called the “actual neuroses,” primarily neurasthenia and certain physically manifested anxiety symptoms.[53] They maintained an extensive correspondence from which Freud drew on Fliess’s speculations on infantile sexuality and bisexuality to elaborate and revise his own ideas. His first attempt at a systematic theory of the mind, his Project for a Scientific Psychology was developed as a metapsychology with Fliess as interlocutor.[54] However, Freud’s efforts to build a bridge between neurology and psychology were eventually abandoned after they had reached an impasse, as his letters to Fliess reveal,[55] though some ideas of the Project were to be taken up again in the concluding chapter of The Interpretation of Dreams.[56]
Freud had Fliess repeatedly operate on his nose and sinuses to treat “nasal reflex neurosis”,[57] and subsequently referred his patient Emma Eckstein to him. According to Freud, her history of symptoms included severe leg pains with consequent restricted mobility, as well as stomach and menstrual pains. These pains were, according to Fliess’s theories, caused by habitual masturbation which, as the tissue of the nose and genitalia were linked, was curable by removal of part of the middle turbinate.[58][59] Fliess’s surgery proved disastrous, resulting in profuse, recurrent nasal bleeding; he had left a half-metre of gauze in Eckstein’s nasal cavity whose subsequent removal left her permanently disfigured. At first, though aware of Fliess’s culpability and regarding the remedial surgery in horror, Freud could bring himself only to intimate delicately in his correspondence with Fliess the nature of his disastrous role, and in subsequent letters maintained a tactful silence on the matter or else returned to the face-saving topic of Eckstein’s hysteria. Freud ultimately, in light of Eckstein’s history of adolescent self-cutting and irregular nasal (and menstrual) bleeding, concluded that Fliess was “completely without blame”, as Eckstein’s post-operative haemorrhages were hysterical “wish-bleedings” linked to “an old wish to be loved in her illness” and triggered as a means of “rearousing [Freud’s] affection”. Eckstein nonetheless continued her analysis with Freud. She was restored to full mobility and went on to practice psychoanalysis herself.[60][61][58]
Freud, who had called Fliess “the Kepler of biology”, later concluded that a combination of a homoerotic attachment and the residue of his “specifically Jewish mysticism” lay behind his loyalty to his Jewish friend and his consequent over-estimation of both his theoretical and clinical work. Their friendship came to an acrimonious end with Fliess angry at Freud’s unwillingness to endorse his general theory of sexual periodicity and accusing him of collusion in the plagiarism of his work. After Fliess failed to respond to Freud’s offer of collaboration over the publication of his Three Essays on the Theory of Sexuality in 1906, their relationship came to an end.[62]
Early followers[edit source]
Group photo 1909 in front of Clark University. Front row: Sigmund Freud, G. Stanley Hall, Carl Jung; back row: Abraham Brill, Ernest Jones, Sándor Ferenczi
In 1902, Freud, at last, realised his long-standing ambition to be made a university professor. The title “professor extraordinarius”[63] was important to Freud for the recognition and prestige it conferred, there being no salary or teaching duties attached to the post (he would be granted the enhanced status of “professor ordinarius” in 1920).[64] Despite support from the university, his appointment had been blocked in successive years by the political authorities and it was secured only with the intervention of one of his more influential ex-patients, a Baroness Marie Ferstel, who (supposedly) had to bribe the minister of education with a valuable painting.[65]
With his prestige thus enhanced, Freud continued with the regular series of lectures on his work which, since the mid-1880s as a docent of Vienna University, he had been delivering to small audiences every Saturday evening at the lecture hall of the university’s psychiatric clinic.[66]
From the autumn of 1902, a number of Viennese physicians who had expressed interest in Freud’s work were invited to meet at his apartment every Wednesday afternoon to discuss issues relating to psychology and neuropathology.[67] This group was called the Wednesday Psychological Society (Psychologische Mittwochs-Gesellschaft) and it marked the beginnings of the worldwide psychoanalytic movement.[68]
Freud founded this discussion group at the suggestion of the physician Wilhelm Stekel. Stekel had studied medicine at the University of Vienna under Richard von Krafft-Ebing. His conversion to psychoanalysis is variously attributed to his successful treatment by Freud for a sexual problem or as a result of his reading The Interpretation of Dreams, to which he subsequently gave a positive review in the Viennese daily newspaper Neues Wiener Tagblatt.[69]
The other three original members whom Freud invited to attend, Alfred Adler, Max Kahane, and Rudolf Reitler, were also physicians[70] and all five were Jewish by birth.[71] Both Kahane and Reitler were childhood friends of Freud. Kahane had attended the same secondary school and both he and Reitler went to university with Freud. They had kept abreast of Freud’s developing ideas through their attendance at his Saturday evening lectures.[72] In 1901, Kahane, who first introduced Stekel to Freud’s work,[66] had opened an out-patient psychotherapy institute of which he was the director in Bauernmarkt, in Vienna.[67] In the same year, his medical textbook, Outline of Internal Medicine for Students and Practicing Physicians, was published. In it, he provided an outline of Freud’s psychoanalytic method.[66] Kahane broke with Freud and left the Wednesday Psychological Society in 1907 for unknown reasons and in 1923 committed suicide.[73] Reitler was the director of an establishment providing thermal cures in Dorotheergasse which had been founded in 1901.[67] He died prematurely in 1917. Adler, regarded as the most formidable intellect among the early Freud circle, was a socialist who in 1898 had written a health manual for the tailoring trade. He was particularly interested in the potential social impact of psychiatry.[74]
Max Graf, a Viennese musicologist and father of “Little Hans“, who had first encountered Freud in 1900 and joined the Wednesday group soon after its initial inception,[75] described the ritual and atmosphere of the early meetings of the society:
The gatherings followed a definite ritual. First one of the members would present a paper. Then, black coffee and cakes were served; cigars and cigarettes were on the table and were consumed in great quantities. After a social quarter of an hour, the discussion would begin. The last and decisive word was always spoken by Freud himself. There was the atmosphere of the foundation of a religion in that room. Freud himself was its new prophet who made the heretofore prevailing methods of psychological investigation appear superficial.[74]
Carl Jung in 1910
By 1906, the group had grown to sixteen members, including Otto Rank, who was employed as the group’s paid secretary.[74] In the same year, Freud began a correspondence with Carl Gustav Jung who was by then already an academically acclaimed researcher into word-association and the Galvanic Skin Response, and a lecturer at Zurich University, although still only an assistant to Eugen Bleuler at the Burghölzli Mental Hospital in Zürich.[76][77] In March 1907, Jung and Ludwig Binswanger, also a Swiss psychiatrist, travelled to Vienna to visit Freud and attend the discussion group. Thereafter, they established a small psychoanalytic group in Zürich. In 1908, reflecting its growing institutional status, the Wednesday group was reconstituted as the Vienna Psychoanalytic Society[78] with Freud as president, a position he relinquished in 1910 in favor of Adler in the hope of neutralizing his increasingly critical standpoint.[79]
The first woman member, Margarete Hilferding, joined the Society in 1910[80] and the following year she was joined by Tatiana Rosenthal and Sabina Spielrein who were both Russian psychiatrists and graduates of the Zürich University medical school. Before the completion of her studies, Spielrein had been a patient of Jung at the Burghölzli and the clinical and personal details of their relationship became the subject of an extensive correspondence between Freud and Jung. Both women would go on to make important contributions to the work of the Russian Psychoanalytic Society founded in 1910.[81]
Freud’s early followers met together formally for the first time at the Hotel Bristol, Salzburg on 27 April 1908. This meeting, which was retrospectively deemed to be the first International Psychoanalytic Congress,[82] was convened at the suggestion of Ernest Jones, then a London-based neurologist who had discovered Freud’s writings and begun applying psychoanalytic methods in his clinical work. Jones had met Jung at a conference the previous year and they met up again in Zürich to organize the Congress. There were, as Jones records, “forty-two present, half of whom were or became practicing analysts.”[83] In addition to Jones and the Viennese and Zürich contingents accompanying Freud and Jung, also present and notable for their subsequent importance in the psychoanalytic movement were Karl Abraham and Max Eitingon from Berlin, Sándor Ferenczi from Budapest and the New York-based Abraham Brill.
Important decisions were taken at the Congress to advance the impact of Freud’s work. A journal, the Jahrbuch für psychoanalytische und psychopathologishe Forschungen, was launched in 1909 under the editorship of Jung. This was followed in 1910 by the monthly Zentralblatt für Psychoanalyse edited by Adler and Stekel, in 1911 by Imago, a journal devoted to the application of psychoanalysis to the field of cultural and literary studies edited by Rank and in 1913 by the Internationale Zeitschrift für Psychoanalyse, also edited by Rank.[84] Plans for an international association of psychoanalysts were put in place and these were implemented at the Nuremberg Congress of 1910 where Jung was elected, with Freud’s support, as its first president.
Freud turned to Brill and Jones to further his ambition to spread the psychoanalytic cause in the English-speaking world. Both were invited to Vienna following the Salzburg Congress and a division of labour was agreed with Brill given the translation rights for Freud’s works, and Jones, who was to take up a post at the University of Toronto later in the year, tasked with establishing a platform for Freudian ideas in North American academic and medical life.[85] Jones’s advocacy prepared the way for Freud’s visit to the United States, accompanied by Jung and Ferenczi, in September 1909 at the invitation of Stanley Hall, president of Clark University, Worcester, Massachusetts, where he gave five lectures on psychoanalysis.[86]
The event, at which Freud was awarded an Honorary Doctorate, marked the first public recognition of Freud’s work and attracted widespread media interest. Freud’s audience included the distinguished neurologist and psychiatrist James Jackson Putnam, Professor of Diseases of the Nervous System at Harvard, who invited Freud to his country retreat where they held extensive discussions over a period of four days. Putnam’s subsequent public endorsement of Freud’s work represented a significant breakthrough for the psychoanalytic cause in the United States.[86] When Putnam and Jones organised the founding of the American Psychoanalytic Association in May 1911 they were elected president and secretary respectively. Brill founded the New York Psychoanalytic Society the same year. His English translations of Freud’s work began to appear from 1909.
Resignations from the IPA[edit source]
Some of Freud’s followers subsequently withdrew from the International Psychoanalytical Association (IPA) and founded their own schools.
From 1909, Adler’s views on topics such as neurosis began to differ markedly from those held by Freud. As Adler’s position appeared increasingly incompatible with Freudianism, a series of confrontations between their respective viewpoints took place at the meetings of the Viennese Psychoanalytic Society in January and February 1911. In February 1911, Adler, then the president of the society, resigned his position. At this time, Stekel also resigned from his position as vice president of the society. Adler finally left the Freudian group altogether in June 1911 to found his own organization with nine other members who had also resigned from the group.[87] This new formation was initially called Society for Free Psychoanalysis but it was soon renamed the Society for Individual Psychology. In the period after World War I, Adler became increasingly associated with a psychological position he devised called individual psychology.[88]The committee in 1922 (from left to right): Otto Rank, Sigmund Freud, Karl Abraham, Max Eitingon, Sándor Ferenczi, Ernest Jones, and Hanns Sachs
In 1912, Jung published Wandlungen und Symbole der Libido (published in English in 1916 as Psychology of the Unconscious) making it clear that his views were taking a direction quite different from those of Freud. To distinguish his system from psychoanalysis, Jung called it analytical psychology.[89] Anticipating the final breakdown of the relationship between Freud and Jung, Ernest Jones initiated the formation of a Secret Committee of loyalists charged with safeguarding the theoretical coherence and institutional legacy of the psychoanalytic movement. Formed in the autumn of 1912, the Committee comprised Freud, Jones, Abraham, Ferenczi, Rank, and Hanns Sachs. Max Eitingon joined the committee in 1919. Each member pledged himself not to make any public departure from the fundamental tenets of psychoanalytic theory before he had discussed his views with the others. After this development, Jung recognised that his position was untenable and resigned as editor of the Jarhbuch and then as president of the IPA in April 1914. The Zürich Society withdrew from the IPA the following July.[90]
Later the same year, Freud published a paper entitled “The History of the Psychoanalytic Movement“, the German original being first published in the Jahrbuch, giving his view on the birth and evolution of the psychoanalytic movement and the withdrawal of Adler and Jung from it.
The final defection from Freud’s inner circle occurred following the publication in 1924 of Rank’s The Trauma of Birth which other members of the committee read as, in effect, abandoning the Oedipus Complex as the central tenet of psychoanalytic theory. Abraham and Jones became increasingly forceful critics of Rank and though he and Freud were reluctant to end their close and long-standing relationship the break finally came in 1926 when Rank resigned from his official posts in the IPA and left Vienna for Paris. His place on the Committee was taken by Anna Freud.[91] Rank eventually settled in the United States where his revisions of Freudian theory were to influence a new generation of therapists uncomfortable with the orthodoxies of the IPA.
Early psychoanalytic movement[edit source]
Part of a series of articles on Psychoanalysis showConcepts showImportant figures showImportant works showSchools of thought showTraining showSee also Psychology portal vte After the founding of the IPA in 1910, an international network of psychoanalytical societies, training institutes, and clinics became well established and a regular schedule of biannual Congresses commenced after the end of World War I to coordinate their activities.[92]
Abraham and Eitingon founded the Berlin Psychoanalytic Society in 1910 and then the Berlin Psychoanalytic Institute and the Poliklinik in 1920. The Poliklinik’s innovations of free treatment, and child analysis, and the Berlin Institute’s standardisation of psychoanalytic training had a major influence on the wider psychoanalytic movement. In 1927, Ernst Simmel founded the Schloss Tegel Sanatorium on the outskirts of Berlin, the first such establishment to provide psychoanalytic treatment in an institutional framework. Freud organised a fund to help finance its activities and his architect son, Ernst, was commissioned to refurbish the building. It was forced to close in 1931 for economic reasons.[93]
The 1910 Moscow Psychoanalytic Society became the Russian Psychoanalytic Society and Institute in 1922. Freud’s Russian followers were the first to benefit from translations of his work, the 1904 Russian translation of The Interpretation of Dreams appearing nine years before Brill’s English edition. The Russian Institute was unique in receiving state support for its activities, including publication of translations of Freud’s works.[94] Support was abruptly annulled in 1924, when Joseph Stalin came to power, after which psychoanalysis was denounced on ideological grounds.[95]
After helping found the American Psychoanalytic Association in 1911, Ernest Jones returned to Britain from Canada in 1913 and founded the London Psychoanalytic Society the same year. In 1919, he dissolved this organisation and, with its core membership purged of Jungian adherents, founded the British Psychoanalytical Society, serving as its president until 1944. The Institute of Psychoanalysis was established in 1924 and the London Clinic of Psychoanalysis was established in 1926, both under Jones’s directorship.[96]
The Vienna Ambulatorium (Clinic) was established in 1922 and the Vienna Psychoanalytic Institute was founded in 1924 under the directorship of Helene Deutsch.[97] Ferenczi founded the Budapest Psychoanalytic Institute in 1913 and a clinic in 1929.
Psychoanalytic societies and institutes were established in Switzerland (1919), France (1926), Italy (1932), the Netherlands (1933), Norway (1933), and in Palestine (Jerusalem, 1933) by Eitingon, who had fled Berlin after Adolf Hitler came to power.[98] The New York Psychoanalytic Institute was founded in 1931.
The 1922 Berlin Congress was the last Freud attended.[99] By this time his speech had become seriously impaired by the prosthetic device he needed as a result of a series of operations on his cancerous jaw. He kept abreast of developments through regular correspondence with his principal followers and via the circular letters and meetings of the Secret Committee which he continued to attend.
The Committee continued to function until 1927 by which time institutional developments within the IPA, such as the establishment of the International Training Commission, had addressed concerns about the transmission of psychoanalytic theory and practice. There remained, however, significant differences over the issue of lay analysis – i.e. the acceptance of non-medically qualified candidates for psychoanalytic training. Freud set out his case in favour in 1926 in his The Question of Lay Analysis. He was resolutely opposed by the American societies who expressed concerns over professional standards and the risk of litigation (though child analysts were made exempt). These concerns were also shared by some of his European colleagues. Eventually, an agreement was reached allowing societies autonomy in setting criteria for candidature.[100]
In 1930, Freud received the Goethe Prize in recognition of his contributions to psychology and German literary culture.[101]
Patients[edit source]
Freud used pseudonyms in his case histories. Some patients known by pseudonyms were Cäcilie M. (Anna von Lieben); Dora (Ida Bauer, 1882–1945); Frau Emmy von N. (Fanny Moser); Fräulein Elisabeth von R. (Ilona Weiss);[102] Fräulein Katharina (Aurelia Kronich); Fräulein Lucy R.; Little Hans (Herbert Graf, 1903–1973); Rat Man (Ernst Lanzer, 1878–1914); Enos Fingy (Joshua Wild, 1878–1920);[103] and Wolf Man (Sergei Pankejeff, 1887–1979). Other famous patients included Prince Pedro Augusto of Brazil (1866–1934); H.D. (1886–1961); Emma Eckstein (1865–1924); Gustav Mahler (1860–1911), with whom Freud had only a single, extended consultation; Princess Marie Bonaparte; Edith Banfield Jackson (1895–1977);[104] Arthur Tansley (1871-1955), and Albert Hirst (1887–1974).[105]
Cancer[edit source]
In February 1923, Freud detected a leukoplakia, a benign growth associated with heavy smoking, on his mouth. He initially kept this secret, but in April 1923 he informed Ernest Jones, telling him that the growth had been removed. Freud consulted the dermatologist Maximilian Steiner, who advised him to quit smoking but lied about the growth’s seriousness, minimizing its importance. Freud later saw Felix Deutsch, who saw that the growth was cancerous; he identified it to Freud using the euphemism “a bad leukoplakia” instead of the technical diagnosis epithelioma. Deutsch advised Freud to stop smoking and have the growth excised. Freud was treated by Marcus Hajek, a rhinologist whose competence he had previously questioned. Hajek performed an unnecessary cosmetic surgery in his clinic’s outpatient department. Freud bled during and after the operation, and may narrowly have escaped death. Freud subsequently saw Deutsch again. Deutsch saw that further surgery would be required, but did not tell Freud he had cancer because he was worried that Freud might wish to commit suicide.[106]
Escape from Nazism[edit source]
In January 1933, the Nazi Party took control of Germany, and Freud’s books were prominent among those they burned and destroyed. Freud remarked to Ernest Jones: “What progress we are making. In the Middle Ages they would have burned me. Now, they are content with burning my books.”[107] Freud continued to underestimate the growing Nazi threat and remained determined to stay in Vienna, even following the Anschluss of 13 March 1938, in which Nazi Germany annexed Austria, and the outbreaks of violent antisemitism that ensued.[108] Jones, the then president of the International Psychoanalytical Association (IPA), flew into Vienna from London via Prague on 15 March determined to get Freud to change his mind and seek exile in Britain. This prospect and the shock of the arrest and interrogation of Anna Freud by the Gestapo finally convinced Freud it was time to leave Austria.[108] Jones left for London the following week with a list provided by Freud of the party of émigrés for whom immigration permits would be required. Back in London, Jones used his personal acquaintance with the Home Secretary, Sir Samuel Hoare, to expedite the granting of permits. There were seventeen in all and work permits were provided where relevant. Jones also used his influence in scientific circles, persuading the president of the Royal Society, Sir William Bragg, to write to the Foreign Secretary Lord Halifax, requesting to good effect that diplomatic pressure be applied in Berlin and Vienna on Freud’s behalf. Freud also had support from American diplomats, notably his ex-patient and American ambassador to France, William Bullitt. Bullitt alerted U.S. President Roosevelt to the increased dangers facing the Freuds, resulting in the American consul-general in Vienna, John Cooper Wiley, arranging regular monitoring of Berggasse 19. He also intervened by phone call during the Gestapo interrogation of Anna Freud.[109]
The departure from Vienna began in stages throughout April and May 1938. Freud’s grandson, Ernst Halberstadt, and Freud’s son Martin’s wife and children left for Paris in April. Freud’s sister-in-law, Minna Bernays, left for London on 5 May, Martin Freud the following week and Freud’s daughter Mathilde and her husband, Robert Hollitscher, on 24 May.[110]
By the end of the month, arrangements for Freud’s own departure for London had become stalled, mired in a legally tortuous and financially extortionate process of negotiation with the Nazi authorities. Under regulations imposed on its Jewish population by the new Nazi regime, a Kommissar was appointed to manage Freud’s assets and those of the IPA whose headquarters were near Freud’s home. Freud was allocated to Dr. Anton Sauerwald, who had studied chemistry at Vienna University under Professor Josef Herzig, an old friend of Freud’s. Sauerwald read Freud’s books to further learn about him and became sympathetic towards his situation. Though required to disclose details of all Freud’s bank accounts to his superiors and to arrange the destruction of the historic library of books housed in the offices of the IPA, Sauerwald did neither. Instead, he removed evidence of Freud’s foreign bank accounts to his own safe-keeping and arranged the storage of the IPA library in the Austrian National Library, where it remained until the end of the war.[111]
Though Sauerwald’s intervention lessened the financial burden of the “flight” tax on Freud’s declared assets, other substantial charges were levied concerning the debts of the IPA and the valuable collection of antiquities Freud possessed. Unable to access his own accounts, Freud turned to Princess Marie Bonaparte, the most eminent and wealthy of his French followers, who had travelled to Vienna to offer her support, and it was she who made the necessary funds available.[112] This allowed Sauerwald to sign the necessary exit visas for Freud, his wife Martha, and daughter Anna. They left Vienna on the Orient Express on 4 June, accompanied by their housekeeper and a doctor, arriving in Paris the following day, where they stayed as guests of Marie Bonaparte, before travelling overnight to London, arriving at London Victoria station on 6 June.
Among those soon to call on Freud to pay their respects were Salvador Dalí, Stefan Zweig, Leonard Woolf, Virginia Woolf, and H. G. Wells. Representatives of the Royal Society called with the Society’s Charter for Freud, who had been elected a Foreign Member in 1936, to sign himself into membership. Marie Bonaparte arrived near the end of June to discuss the fate of Freud’s four elderly sisters left behind in Vienna. Her subsequent attempts to get them exit visas failed, and they would all die in Nazi concentration camps.[113]Freud’s last home, now dedicated to his life and work as the Freud Museum, 20 Maresfield Gardens, Hampstead, London NW3, England.
In early 1939, Sauerwald arrived in London in mysterious circumstances, where he met Freud’s brother Alexander.[114] He was tried and imprisoned in 1945 by an Austrian court for his activities as a Nazi Party official. Responding to a plea from his wife, Anna Freud wrote to confirm that Sauerwald “used his office as our appointed commissar in such a manner as to protect my father”. Her intervention helped secure his release from jail in 1947.[115]
In the Freuds’ new home, 20 Maresfield Gardens, Hampstead, North London, Freud’s Vienna consulting room was recreated in faithful detail. He continued to see patients there until the terminal stages of his illness. He also worked on his last books, Moses and Monotheism, published in German in 1938 and in English the following year[116] and the uncompleted An Outline of Psychoanalysis, which was published posthumously.
Death[edit source]
Freud’s ashes in the “Freud Corner” at the Golders Green Crematorium
By mid-September 1939, Freud’s cancer of the jaw was causing him increasingly severe pain and had been declared inoperable. The last book he read, Balzac‘s La Peau de chagrin, prompted reflections on his own increasing frailty, and a few days later he turned to his doctor, friend, and fellow refugee, Max Schur, reminding him that they had previously discussed the terminal stages of his illness: “Schur, you remember our ‘contract’ not to leave me in the lurch when the time had come. Now it is nothing but torture and makes no sense.” When Schur replied that he had not forgotten, Freud said, “I thank you,” and then, “Talk it over with Anna, and if she thinks it’s right, then make an end of it.” Anna Freud wanted to postpone her father’s death, but Schur convinced her it was pointless to keep him alive; on 21 and 22 September, he administered doses of morphine that resulted in Freud’s death at around 3 am on 23 September 1939.[117][118] However, discrepancies in the various accounts Schur gave of his role in Freud’s final hours, which have in turn led to inconsistencies between Freud’s main biographers, has led to further research and a revised account. This proposes that Schur was absent from Freud’s deathbed when a third and final dose of morphine was administered by Dr. Josephine Stross, a colleague of Anna Freud, leading to Freud’s death at around midnight on 23 September 1939.[119]
Three days after his death, Freud’s body was cremated at Golders Green Crematorium in North London, with Harrods acting as funeral directors, on the instructions of his son, Ernst.[120] Funeral orations were given by Ernest Jones and the Austrian author Stefan Zweig. Freud’s ashes were later placed in the crematorium’s Ernest George Columbarium (see “Freud Corner”). They rest on a plinth designed by his son, Ernst,[121] in a sealed[120] ancient Greek bell krater painted with Dionysian scenes that Freud had received as a gift from Marie Bonaparte, and which he had kept in his study in Vienna for many years. After his wife, Martha, died in 1951, her ashes were also placed in the urn.[122]
Ideas[edit source]
Early work[edit source]
Freud began his study of medicine at the University of Vienna in 1873.[123] He took almost nine years to complete his studies, due to his interest in neurophysiological research, specifically investigation of the sexual anatomy of eels and the physiology of the fish nervous system, and because of his interest in studying philosophy with Franz Brentano. He entered private practice in neurology for financial reasons, receiving his M.D. degree in 1881 at the age of 25.[124] Amongst his principal concerns in the 1880s was the anatomy of the brain, specifically the medulla oblongata. He intervened in the important debates about aphasia with his monograph of 1891, Zur Auffassung der Aphasien, in which he coined the term agnosia and counselled against a too locationist view of the explanation of neurological deficits. Like his contemporary Eugen Bleuler, he emphasized brain function rather than brain structure.
Freud was also an early researcher in the field of cerebral palsy, which was then known as “cerebral paralysis”. He published several medical papers on the topic and showed that the disease existed long before other researchers of the period began to notice and study it. He also suggested that William John Little, the man who first identified cerebral palsy, was wrong about lack of oxygen during birth being a cause. Instead, he suggested that complications in birth were only a symptom.
Freud hoped that his research would provide a solid scientific basis for his therapeutic technique. The goal of Freudian therapy, or psychoanalysis, was to bring repressed thoughts and feelings into consciousness to free the patient from suffering repetitive distorted emotions.
Classically, the bringing of unconscious thoughts and feelings to consciousness is brought about by encouraging a patient to talk about dreams and engage in free association, in which patients report their thoughts without reservation and make no attempt to concentrate while doing so.[125] Another important element of psychoanalysis is transference, the process by which patients displace onto their analyst feelings and ideas which derive from previous figures in their lives. Transference was first seen as a regrettable phenomenon that interfered with the recovery of repressed memories and disturbed patients’ objectivity, but by 1912, Freud had come to see it as an essential part of the therapeutic process.[126]
The origin of Freud’s early work with psychoanalysis can be linked to Josef Breuer. Freud credited Breuer with opening the way to the discovery of the psychoanalytical method by his treatment of the case of Anna O. In November 1880, Breuer was called in to treat a highly intelligent 21-year-old woman (Bertha Pappenheim) for a persistent cough that he diagnosed as hysterical. He found that while nursing her dying father, she had developed some transitory symptoms, including visual disorders and paralysis and contractures of limbs, which he also diagnosed as hysterical. Breuer began to see his patient almost every day as the symptoms increased and became more persistent, and observed that she entered states of absence. He found that when, with his encouragement, she told fantasy stories in her evening states of absence her condition improved, and most of her symptoms had disappeared by April 1881. Following the death of her father in that month her condition deteriorated again. Breuer recorded that some of the symptoms eventually remitted spontaneously and that full recovery was achieved by inducing her to recall events that had precipitated the occurrence of a specific symptom.[127] In the years immediately following Breuer’s treatment, Anna O. spent three short periods in sanatoria with the diagnosis “hysteria” with “somatic symptoms”,[128] and some authors have challenged Breuer’s published account of a cure.[129][130][131] Richard Skues rejects this interpretation, which he sees as stemming from both Freudian and anti-psychoanalytical revisionism — revisionism that regards both Breuer’s narrative of the case as unreliable and his treatment of Anna O. as a failure.[132] Psychologist Frank Sulloway contends that “Freud’s case histories are rampant with censorship, distortions, highly dubious ‘reconstructions,’ and exaggerated claims.”[133]
Seduction theory[edit source]
In the early 1890s, Freud used a form of treatment based on the one that Breuer had described to him, modified by what he called his “pressure technique” and his newly developed analytic technique of interpretation and reconstruction. According to Freud’s later accounts of this period, as a result of his use of this procedure, most of his patients in the mid-1890s reported early childhood sexual abuse. He believed these accounts, which he used as the basis for his seduction theory, but then he came to believe that they were fantasies. He explained these at first as having the function of “fending off” memories of infantile masturbation, but in later years he wrote that they represented Oedipal fantasies, stemming from innate drives that are sexual and destructive in nature.[134]
Another version of events focuses on Freud’s proposing that unconscious memories of infantile sexual abuse were at the root of the psychoneuroses in letters to Fliess in October 1895, before he reported that he had actually discovered such abuse among his patients.[135] In the first half of 1896, Freud published three papers, which led to his seduction theory, stating that he had uncovered, in all of his current patients, deeply repressed memories of sexual abuse in early childhood.[136] In these papers, Freud recorded that his patients were not consciously aware of these memories, and must therefore be present as unconscious memories if they were to result in hysterical symptoms or obsessional neurosis. The patients were subjected to considerable pressure to “reproduce” infantile sexual abuse “scenes” that Freud was convinced had been repressed into the unconscious.[137] Patients were generally unconvinced that their experiences of Freud’s clinical procedure indicated actual sexual abuse. He reported that even after a supposed “reproduction” of sexual scenes the patients assured him emphatically of their disbelief.[138]
As well as his pressure technique, Freud’s clinical procedures involved analytic inference and the symbolic interpretation of symptoms to trace back to memories of infantile sexual abuse.[139] His claim of one hundred percent confirmation of his theory only served to reinforce previously expressed reservations from his colleagues about the validity of findings obtained through his suggestive techniques.[140] Freud subsequently showed inconsistency as to whether his seduction theory was still compatible with his later findings.[141] In an addendum to The Aetiology of Hysteria he stated: “All this is true [the sexual abuse of children], but it must be remembered that at the time I wrote it I had not yet freed myself from my overvaluation of reality and my low valuation of phantasy”.[142] Some years later Freud explicitly rejected the claim of his colleague Ferenczi that his patients’ reports of sexual molestation were actual memories instead of fantasies, and he tried to dissuade Ferenczi from making his views public.[141] Karin Ahbel-Rappe concludes in her study “‘I no longer believe’: did Freud abandon the seduction theory?”: “Freud marked out and started down a trail of investigation into the nature of the experience of infantile incest and its impact on the human psyche, and then abandoned this direction for the most part.”[143]
Cocaine[edit source]
As a medical researcher, Freud was an early user and proponent of cocaine as a stimulant as well as analgesic. He believed that cocaine was a cure for many mental and physical problems, and in his 1884 paper “On Coca” he extolled its virtues. Between 1883 and 1887 he wrote several articles recommending medical applications, including its use as an antidepressant. He narrowly missed out on obtaining scientific priority for discovering its anesthetic properties of which he was aware but had mentioned only in passing.[144] (Karl Koller, a colleague of Freud’s in Vienna, received that distinction in 1884 after reporting to a medical society the ways cocaine could be used in delicate eye surgery.) Freud also recommended cocaine as a cure for morphine addiction.[145] He had introduced cocaine to his friend Ernst von Fleischl-Marxow, who had become addicted to morphine taken to relieve years of excruciating nerve pain resulting from an infection acquired after injuring himself while performing an autopsy. His claim that Fleischl-Marxow was cured of his addiction was premature, though he never acknowledged that he had been at fault. Fleischl-Marxow developed an acute case of “cocaine psychosis”, and soon returned to using morphine, dying a few years later still suffering from intolerable pain.[146]
The application as an anesthetic turned out to be one of the few safe uses of cocaine, and as reports of addiction and overdose began to filter in from many places in the world, Freud’s medical reputation became somewhat tarnished.[147] After the “Cocaine Episode”[148] Freud ceased to publicly recommend the use of the drug, but continued to take it himself occasionally for depression, migraine and nasal inflammation during the early 1890s, before discontinuing its use in 1896.[149]
The unconscious[edit source]
Main article: Unconscious mind
The concept of the unconscious was central to Freud’s account of the mind. Freud believed that while poets and thinkers had long known of the existence of the unconscious, he had ensured that it received scientific recognition in the field of psychology.[150]
Freud states explicitly that his concept of the unconscious as he first formulated it was based on the theory of repression. He postulated a cycle in which ideas are repressed, but remain in the mind, removed from consciousness yet operative, then reappear in consciousness under certain circumstances. The postulate was based upon the investigation of cases of hysteria, which revealed instances of behaviour in patients that could not be explained without reference to ideas or thoughts of which they had no awareness and which analysis revealed were linked to the (real or imagined) repressed sexual scenarios of childhood. In his later re-formulations of the concept of repression in his 1915 paper ‘Repression’ (Standard Edition XIV) Freud introduced the distinction in the unconscious between primary repression linked to the universal taboo on incest (‘innately present originally’) and repression (‘after expulsion’) that was a product of an individual’s life history (‘acquired in the course of the ego’s development’) in which something that was at one point conscious is rejected or eliminated from consciousness.[150]
In his account of the development and modification of his theory of unconscious mental processes he sets out in his 1915 paper ‘The Unconscious’ (Standard Edition XIV), Freud identifies the three perspectives he employs: the dynamic, the economic and the topographical.
The dynamic perspective concerns firstly the constitution of the unconscious by repression and secondly the process of “censorship” which maintains unwanted, anxiety-inducing thoughts as such. Here Freud is drawing on observations from his earliest clinical work in the treatment of hysteria.
In the economic perspective the focus is upon the trajectories of the repressed contents “the vicissitudes of sexual impulses” as they undergo complex transformations in the process of both symptom formation and normal unconscious thought such as dreams and slips of the tongue. These were topics Freud explored in detail in The Interpretation of Dreams and The Psychopathology of Everyday Life.
Whereas both these former perspectives focus on the unconscious as it is about to enter consciousness, the topographical perspective represents a shift in which the systemic properties of the unconscious, its characteristic processes, and modes of operation such as condensation and displacement, are placed in the foreground.
This “first topography” presents a model of psychic structure comprising three systems:
- The System Ucs – the unconscious: “primary process” mentation governed by the pleasure principle characterised by “exemption from mutual contradiction, … mobility of cathexes, timelessness, and replacement of external by psychical reality.” (‘The Unconscious’ (1915) Standard Edition XIV).
- The System Pcs – the preconscious in which the unconscious thing-presentations of the primary process are bound by the secondary processes of language (word presentations), a prerequisite for their becoming available to consciousness.
- The System Cns – conscious thought governed by the reality principle.
In his later work, notably in The Ego and the Id (1923), a second topography is introduced comprising id, ego and super-ego, which is superimposed on the first without replacing it.[151] In this later formulation of the concept of the unconscious the id[152] comprises a reservoir of instincts or drives a portion of them being hereditary or innate, a portion repressed or acquired. As such, from the economic perspective, the id is the prime source of psychical energy and from the dynamic perspective it conflicts with the ego[153] and the super-ego[154] which, genetically speaking, are diversifications of the id.
Dreams[edit source]
Main article: The Interpretation of Dreams
Freud believed the function of dreams is to preserve sleep by representing as fulfilled wishes that would otherwise awaken the dreamer.[155]
In Freud’s theory dreams are instigated by the daily occurrences and thoughts of everyday life. In what Freud called the “dream-work”, these “secondary process” thoughts (“word presentations”), governed by the rules of language and the reality principle, become subject to the “primary process” of unconscious thought (“thing presentations”) governed by the pleasure principle, wish gratification and the repressed sexual scenarios of childhood. Because of the disturbing nature of the latter and other repressed thoughts and desires which may have become linked to them, the dream-work operates a censorship function, disguising by distortion, displacement, and condensation the repressed thoughts to preserve sleep.[156]
In the clinical setting, Freud encouraged free association to the dream’s manifest content, as recounted in the dream narrative, to facilitate interpretative work on its latent content – the repressed thoughts and fantasies – and also on the underlying mechanisms and structures operative in the dream-work. As Freud developed his theoretical work on dreams he went beyond his theory of dreams as wish-fulfillments to arrive at an emphasis on dreams as “nothing other than a particular form of thinking. … It is the dream-work that creates that form, and it alone is the essence of dreaming”.[157]
Psychosexual development[edit source]
Main article: Psychosexual development
Freud’s theory of psychosexual development proposes that following on from the initial polymorphous perversity of infantile sexuality, the sexual “drives” pass through the distinct developmental phases of the oral, the anal, and the phallic. Though these phases then give way to a latency stage of reduced sexual interest and activity (from the age of five to puberty, approximately), they leave, to a greater or lesser extent, a “perverse” and bisexual residue which persists during the formation of adult genital sexuality. Freud argued that neurosis and perversion could be explained in terms of fixation or regression to these phases whereas adult character and cultural creativity could achieve a sublimation of their perverse residue.[158]
After Freud’s later development of the theory of the Oedipus complex this normative developmental trajectory becomes formulated in terms of the child’s renunciation of incestuous desires under the fantasised threat of (or fantasised fact of, in the case of the girl) castration.[159] The “dissolution” of the Oedipus complex is then achieved when the child’s rivalrous identification with the parental figure is transformed into the pacifying identifications of the Ego ideal which assume both similarity and difference and acknowledge the separateness and autonomy of the other.[160]
Freud hoped to prove that his model was universally valid and turned to ancient mythology and contemporary ethnography for comparative material arguing that totemism reflected a ritualized enactment of a tribal Oedipal conflict.[161]
Id, ego, and super-ego[edit source]
Main article: Id, ego and super-egoThe iceberg metaphor is often used to explain the psyche’s parts in relation to one another
Freud proposed that the human psyche could be divided into three parts: Id, ego, and super-ego. Freud discussed this model in the 1920 essay Beyond the Pleasure Principle, and fully elaborated upon it in The Ego and the Id (1923), in which he developed it as an alternative to his previous topographic schema (i.e., conscious, unconscious and preconscious). The id is the completely unconscious, impulsive, childlike portion of the psyche that operates on the “pleasure principle” and is the source of basic impulses and drives; it seeks immediate pleasure and gratification.[162]
Freud acknowledged that his use of the term Id (das Es, “the It”) derives from the writings of Georg Groddeck.[152][163] The super-ego is the moral component of the psyche.[154] The rational ego attempts to exact a balance between the impractical hedonism of the id and the equally impractical moralism of the super-ego;[153] it is the part of the psyche that is usually reflected most directly in a person’s actions. When overburdened or threatened by its tasks, it may employ defence mechanisms including denial, repression, undoing, rationalization, and displacement. This concept is usually represented by the “Iceberg Model”.[164] This model represents the roles the id, ego, and super- ego play in relation to conscious and unconscious thought.
Freud compared the relationship between the ego and the id to that between a charioteer and his horses: the horses provide the energy and drive, while the charioteer provides direction.[162]
Life and death drives[edit source]
Main articles: Libido, Death drive, and Repetition compulsion
Freud believed that the human psyche is subject to two conflicting drives: the life drive or libido and the death drive. The life drive was also termed “Eros” and the death drive “Thanatos”, although Freud did not use the latter term; “Thanatos” was introduced in this context by Paul Federn.[165][166] Freud hypothesized that libido is a form of mental energy with which processes, structures, and object-representations are invested.[167]
In Beyond the Pleasure Principle (1920), Freud inferred the existence of a death drive. Its premise was a regulatory principle that has been described as “the principle of psychic inertia”, “the Nirvana principle”,[168] and “the conservatism of instinct”. Its background was Freud’s earlier Project for a Scientific Psychology, where he had defined the principle governing the mental apparatus as its tendency to divest itself of quantity or to reduce tension to zero. Freud had been obliged to abandon that definition, since it proved adequate only to the most rudimentary kinds of mental functioning, and replaced the idea that the apparatus tends toward a level of zero tension with the idea that it tends toward a minimum level of tension.[169]
Freud in effect readopted the original definition in Beyond the Pleasure Principle, this time applying it to a different principle. He asserted that on certain occasions the mind acts as though it could eliminate tension, or in effect to reduce itself to a state of extinction; his key evidence for this was the existence of the compulsion to repeat. Examples of such repetition included the dream life of traumatic neurotics and children’s play. In the phenomenon of repetition, Freud saw a psychic trend to work over earlier impressions, to master them and derive pleasure from them, a trend that was before the pleasure principle but not opposed to it. In addition to that trend, there was also a principle at work that was opposed to, and thus “beyond” the pleasure principle. If repetition is a necessary element in the binding of energy or adaptation, when carried to inordinate lengths it becomes a means of abandoning adaptations and reinstating earlier or less evolved psychic positions. By combining this idea with the hypothesis that all repetition is a form of discharge, Freud concluded that the compulsion to repeat is an effort to restore a state that is both historically primitive and marked by the total draining of energy: death.[169] Such an explanation has been defined by some scholars as “metaphysical biology”.[170]
Melancholia[edit source]
In his 1917 essay “Mourning and Melancholia”, Freud distinguished mourning, painful but an inevitable part of life, and “melancholia”, his term for pathological refusal of a mourner to “decathect” from the lost one. Freud claimed that, in normal mourning, the ego was responsible for narcissistically detaching the libido from the lost one as a means of self-preservation, but that in “melancholia”, prior ambivalence towards the lost one prevents this from occurring. Suicide, Freud hypothesized, could result in extreme cases, when unconscious feelings of conflict became directed against the mourner’s own ego.[171][172]
Femininity and female sexuality[edit source]
Freud’s account of femininity is grounded in his theory of psychic development as it traces the uneven transition from the earliest stages of infantile and childhood sexuality characterised by polymorphous perversity and a bisexual disposition through to the fantasy scenarios and rivalrous identifications of the Oedipus complex on to the greater or lesser extent these are modified in adult sexuality. There are different trajectories for the boy and the girl which arise as effects of the castration complex. Anatomical difference, the possession of a penis, induces castration anxiety for the boy whereas the girl experiences a sense of deprivation. In the boy’s case the castration complex concludes the Oedipal phase whereas for the girl it precipitates it.[173]
The constraint of the erotic feelings and fantasies of the girl and her turn away from the mother to the father is an uneven and precarious process entailing “waves of repression”. The normal outcome is, according to Freud, the vagina becoming “the new leading zone” of sexual sensitivity displacing the previously dominant clitoris the phallic properties of which made it indistinguishable in the child’s early sexual life from the penis. This leaves a legacy of penis envy and emotional ambivalence for the girl which was “intimately related the essence of femininity” and leads to “the greater proneness of women to neurosis and especially hysteria.”[174] In his last paper on the topic Freud likewise concludes that “the development of femininity remains exposed to disturbance by the residual phenomena of the early masculine period… Some portion of what we men call the ‘enigma of women’ may perhaps be derived from this expression of bisexuality in women’s lives.”[175]
Initiating what became the first debate within psychoanalysis on femininity, Karen Horney of the Berlin Psychoanalytic Institute set out to challenge Freud’s account of femininity. Rejecting Freud’s theories of the feminine castration complex and penis envy, Horney argued for a primary femininity and penis envy as a defensive formation rather than arising from the fact, or “injury”, of biological asymmetry as Freud held. Horney had the influential support of Melanie Klein and Ernest Jones who coined the term “phallocentrism” in his critique of Freud’s position.[176]
In defending Freud against this critique, feminist scholar Jacqueline Rose has argued that it presupposes a more normative account of female sexual development than that given by Freud. She finds that Freud moved from a description of the little girl stuck with her ‘inferiority’ or ‘injury’ in the face of the anatomy of the little boy to an account in his later work which explicitly describes the process of becoming ‘feminine’ as an ‘injury’ or ‘catastrophe’ for the complexity of her earlier psychic and sexual life.[177]
Throughout his deliberations on what he described as the “dark continent” of female sexuality and the “riddle” of femininity, Freud was careful to emphasise the “average validity” and provisional nature of his findings.[178] He did, however, in response to his critics, maintain a steadfast objection “to all of you … to the extent that you do not distinguish more clearly between what is psychic and what is biological…”[179]
Religion[edit source]
Main article: Freud and religion
Freud regarded the monotheistic God as an illusion based upon the infantile emotional need for a powerful, supernatural pater familias. He maintained that religion – once necessary to restrain man’s violent nature in the early stages of civilization – in modern times, can be set aside in favor of reason and science.[180] “Obsessive Actions and Religious Practices” (1907) notes the likeness between faith (religious belief) and neurotic obsession.[181] Totem and Taboo (1913) proposes that society and religion begin with the patricide and eating of the powerful paternal figure, who then becomes a revered collective memory.[182] These arguments were further developed in The Future of an Illusion (1927) in which Freud argued that religious belief serves the function of psychological consolation. Freud argues the belief of a supernatural protector serves as a buffer from man’s “fear of nature” just as the belief in an afterlife serves as a buffer from man’s fear of death. The core idea of the work is that all of religious belief can be explained through its function to society, not for its relation to the truth. This is why, according to Freud, religious beliefs are “illusions”. In Civilization and Its Discontents (1930), he quotes his friend Romain Rolland, who described religion as an “oceanic sensation”, but says he never experienced this feeling.[183] Moses and Monotheism (1937) proposes that Moses was the tribal pater familias, killed by the Jews, who psychologically coped with the patricide with a reaction formation conducive to their establishing monotheistic Judaism;[184][185] analogously, he described the Roman Catholic rite of Holy Communion as cultural evidence of the killing and devouring of the sacred father.[116][186]
Moreover, he perceived religion, with its suppression of violence, as mediator of the societal and personal, the public and the private, conflicts between Eros and Thanatos, the forces of life and death.[187] Later works indicate Freud’s pessimism about the future of civilization, which he noted in the 1931 edition of Civilization and its Discontents.[188]
In a footnote of his 1909 work, Analysis of a Phobia in a Five-year-old Boy, Freud theorized that the universal fear of castration was provoked in the uncircumcised when they perceived circumcision and that this was “the deepest unconscious root of anti-Semitism“.[189]
Legacy[edit source]
The 1971 Sigmund Freud memorial in Hampstead, North London, by Oscar Nemon, is located near to where Sigmund and Anna Freud lived, now the Freud Museum. The building behind the statue is the Tavistock Clinic, a major psychological health care institution.
Freud’s legacy, though a highly contested area of controversy, has been assessed as “one of the strongest influences on twentieth-century thought, its impact comparable only to that of Darwinism and Marxism,”[190] with its range of influence permeating “all the fields of culture … so far as to change our way of life and concept of man.”[191]
Psychotherapy[edit source]
Though not the first methodology in the practice of individual verbal psychotherapy,[192] Freud’s psychoanalytic system came to dominate the field from early in the twentieth century, forming the basis for many later variants. While these systems have adopted different theories and techniques, all have followed Freud by attempting to achieve psychic and behavioral change through having patients talk about their difficulties.[4] Psychoanalysis is not as influential as it once was in Europe and the United States, though in some parts of the world, notably Latin America, its influence in the later 20th century expanded substantially. Psychoanalysis also remains influential within many contemporary schools of psychotherapy and has led to innovative therapeutic work in schools and with families and groups.[193] There is a substantial body of research which demonstrates the efficacy of the clinical methods of psychoanalysis[194] and of related psychodynamic therapies in treating a wide range of psychological disorders.[195]
The neo-Freudians, a group including Alfred Adler, Otto Rank, Karen Horney, Harry Stack Sullivan and Erich Fromm, rejected Freud’s theory of instinctual drive, emphasized interpersonal relations and self-assertiveness, and made modifications to therapeutic practice that reflected these theoretical shifts. Adler originated the approach, although his influence was indirect due to his inability to systematically formulate his ideas. The neo-Freudian analysis places more emphasis on the patient’s relationship with the analyst and less on the exploration of the unconscious.[196]
Carl Jung believed that the collective unconscious, which reflects the cosmic order and the history of the human species, is the most important part of the mind. It contains archetypes, which are manifested in symbols that appear in dreams, disturbed states of mind, and various products of culture. Jungians are less interested in infantile development and psychological conflict between wishes and the forces that frustrate them than in integration between different parts of the person. The object of Jungian therapy was to mend such splits. Jung focused in particular on problems of middle and later life. His objective was to allow people to experience the split-off aspects of themselves, such as the anima (a man’s suppressed female self), the animus (a woman’s suppressed male self), or the shadow (an inferior self-image), and thereby attain wisdom.[196]
Jacques Lacan approached psychoanalysis through linguistics and literature. Lacan believed Freud’s essential work had been done before 1905 and concerned the interpretation of dreams, neurotic symptoms, and slips, which had been based on a revolutionary way of understanding language and its relation to experience and subjectivity, and that ego psychology and object relations theory were based upon misreadings of Freud’s work. For Lacan, the determinative dimension of human experience is neither the self (as in ego psychology) nor relations with others (as in object relations theory), but language. Lacan saw desire as more important than need and considered it necessarily ungratifiable.[197]
Wilhelm Reich developed ideas that Freud had developed at the beginning of his psychoanalytic investigation but then superseded but never finally discarded. These were the concept of the Actualneurosis and a theory of anxiety based upon the idea of dammed-up libido. In Freud’s original view, what really happened to a person (the “actual”) determined the resulting neurotic disposition. Freud applied that idea both to infants and to adults. In the former case, seductions were sought as the causes of later neuroses and in the latter incomplete sexual release. Unlike Freud, Reich retained the idea that actual experience, especially sexual experience, was of key significance. By the 1920s, Reich had “taken Freud’s original ideas about sexual release to the point of specifying the orgasm as the criteria of healthy function.” Reich was also “developing his ideas about character into a form that would later take shape, first as “muscular armour”, and eventually as a transducer of universal biological energy, the “orgone”.”[196]
Fritz Perls, who helped to develop Gestalt therapy, was influenced by Reich, Jung, and Freud. The key idea of gestalt therapy is that Freud overlooked the structure of awareness, “an active process that moves toward the construction of organized meaningful wholes … between an organism and its environment.” These wholes, called gestalts, are “patterns involving all the layers of organismic function – thought, feeling, and activity.” Neurosis is seen as splitting in the formation of gestalts, and anxiety as the organism sensing “the struggle towards its creative unification.” Gestalt therapy attempts to cure patients by placing them in contact with “immediate organismic needs.” Perls rejected the verbal approach of classical psychoanalysis; talking in gestalt therapy serves the purpose of self-expression rather than gaining self-knowledge. Gestalt therapy usually takes place in groups, and in concentrated “workshops” rather than being spread out over a long period of time; it has been extended into new forms of communal living.[196]
Arthur Janov‘s primal therapy, which has been influential post-Freudian psychotherapy, resembles psychoanalytic therapy in its emphasis on early childhood experience but has also differences with it. While Janov’s theory is akin to Freud’s early idea of Actualneurosis, he does not have a dynamic psychology but a nature psychology like that of Reich or Perls, in which need is primary while wish is derivative and dispensable when need is met. Despite its surface similarity to Freud’s ideas, Janov’s theory lacks a strictly psychological account of the unconscious and belief in infantile sexuality. While for Freud there was a hierarchy of dangerous situations, for Janov the key event in the child’s life is an awareness that the parents do not love it.[196] Janov writes in The Primal Scream (1970) that primal therapy has in some ways returned to Freud’s early ideas and techniques.[198]
Ellen Bass and Laura Davis, co-authors of The Courage to Heal (1988), are described as “champions of survivorship” by Frederick Crews, who considers Freud the key influence upon them, although in his view they are indebted not to classic psychoanalysis but to “the pre-psychoanalytic Freud … who supposedly took pity on his hysterical patients, found that they were all harboring memories of early abuse … and cured them by unknotting their repression.” Crews sees Freud as having anticipated the recovered memory movement by emphasizing “mechanical cause-and-effect relations between symptomatology and the premature stimulation of one body zone or another”, and with pioneering its “technique of thematically matching a patient’s symptom with a sexually symmetrical ‘memory.’” Crews believes that Freud’s confidence in accurate recall of early memories anticipates the theories of recovered memory therapists such as Lenore Terr, which in his view have led to people being wrongfully imprisoned or involved in litigation.[199]
Science[edit source]
Research projects designed to test Freud’s theories empirically have led to a vast literature on the topic.[200] American psychologists began to attempt to study repression in the experimental laboratory around 1930. In 1934, when the psychologist Saul Rosenzweig sent Freud reprints of his attempts to study repression, Freud responded with a dismissive letter stating that “the wealth of reliable observations” on which psychoanalytic assertions were based made them “independent of experimental verification.”[201] Seymour Fisher and Roger P. Greenberg concluded in 1977 that some of Freud’s concepts were supported by empirical evidence. Their analysis of research literature supported Freud’s concepts of oral and anal personality constellations, his account of the role of Oedipal factors in certain aspects of male personality functioning, his formulations about the relatively greater concern about the loss of love in women’s as compared to men’s personality economy, and his views about the instigating effects of homosexual anxieties on the formation of paranoid delusions. They also found limited and equivocal support for Freud’s theories about the development of homosexuality. They found that several of Freud’s other theories, including his portrayal of dreams as primarily containers of secret, unconscious wishes, as well as some of his views about the psychodynamics of women, were either not supported or contradicted by research. Reviewing the issues again in 1996, they concluded that much experimental data relevant to Freud’s work exists, and supports some of his major ideas and theories.[202]
Other viewpoints include those of Hans Eysenck, who writes in Decline and Fall of the Freudian Empire (1985) that Freud set back the study of psychology and psychiatry “by something like fifty years or more”,[203] and Malcolm Macmillan, who concludes in Freud Evaluated (1991) that “Freud’s method is not capable of yielding objective data about mental processes”.[204] Morris Eagle states that it has been “demonstrated quite conclusively that because of the epistemologically contaminated status of clinical data derived from the clinical situation, such data have questionable probative value in the testing of psychoanalytic hypotheses”.[205] Richard Webster, in Why Freud Was Wrong (1995), described psychoanalysis as perhaps the most complex and successful pseudoscience in history.[206] Crews believes that psychoanalysis has no scientific or therapeutic merit.[207] University of Chicago research associate Kurt Jacobsen takes these critics to task for their own supposedly dogmatic and historically naive views both about psychoanalysis and the nature of science.[208]
I.B. Cohen regards Freud’s Interpretation of Dreams as a revolutionary work of science, the last such work to be published in book form.[209] In contrast Allan Hobson believes that Freud, by rhetorically discrediting 19th century investigators of dreams such as Alfred Maury and the Marquis de Hervey de Saint-Denis at a time when study of the physiology of the brain was only beginning, interrupted the development of scientific dream theory for half a century.[210] The dream researcher G. William Domhoff has disputed claims of Freudian dream theory being validated.[211]Karl Popper argued that Freud’s psychoanalytic theories were unfalsifiable.
The philosopher Karl Popper, who argued that all proper scientific theories must be potentially falsifiable, claimed that Freud’s Psychoanalytic Theories were presented in unfalsifiable form, meaning that no experiment could ever disprove them.[212] The philosopher Adolf Grünbaum argues in The Foundations of Psychoanalysis (1984) that Popper was mistaken and that many of Freud’s theories are empirically testable, a position with which others such as Eysenck agree.[213][214] The philosopher Roger Scruton, writing in Sexual Desire (1986), also rejected Popper’s arguments, pointing to the theory of repression as an example of a Freudian theory that does have testable consequences. Scruton nevertheless concluded that psychoanalysis is not genuinely scientific, because it involves an unacceptable dependence on metaphor.[215] The philosopher Donald Levy agrees with Grünbaum that Freud’s theories are falsifiable but disputes Grünbaum’s contention that therapeutic success is only the empirical basis on which they stand or fall, arguing that a much wider range of empirical evidence can be adduced if clinical case material is taken into consideration.[216]
In a study of psychoanalysis in the United States, Nathan Hale reported on the “decline of psychoanalysis in psychiatry” during the years 1965–1985.[217] The continuation of this trend was noted by Alan Stone: “As academic psychology becomes more ‘scientific’ and psychiatry more biological, psychoanalysis is being brushed aside.”[218] Paul Stepansky, while noting that psychoanalysis remains influential in the humanities, records the “vanishingly small number of psychiatric residents who choose to pursue psychoanalytic training” and the “nonanalytic backgrounds of psychiatric chairpersons at major universities” among the evidence he cites for his conclusion that “Such historical trends attest to the marginalisation of psychoanalysis within American psychiatry.”[219] Nonetheless Freud was ranked as the third most cited psychologist of the 20th century, according to a Review of General Psychology survey of American psychologists and psychology texts, published in 2002.[220] It is also claimed that in moving beyond the “orthodoxy of the not so distant past … new ideas and new research has led to an intense reawakening of interest in psychoanalysis from neighbouring disciplines ranging from the humanities to neuroscience and including the non-analytic therapies”.[221]
Research in the emerging field of neuropsychoanalysis, founded by neuroscientist and psychoanalyst Mark Solms,[222] has proved controversial with some psychoanalysts criticising the very concept itself.[223] Solms and his colleagues have argued for neuro-scientific findings being “broadly consistent” with Freudian theories pointing out brain structures relating to Freudian concepts such as libido, drives, the unconscious, and repression.[224][225] Neuroscientists who have endorsed Freud’s work include David Eagleman who believes that Freud “transformed psychiatry” by providing ” the first exploration of the way in which hidden states of the brain participate in driving thought and behavior”[226] and Nobel laureate Eric Kandel who argues that “psychoanalysis still represents the most coherent and intellectually satisfying view of the mind.”[227]
Philosophy[edit source]
See also: Freudo-MarxismHerbert Marcuse saw similarities between psychoanalysis and Marxism.
Psychoanalysis has been interpreted as both radical and conservative. By the 1940s, it had come to be seen as conservative by the European and American intellectual community. Critics outside the psychoanalytic movement, whether on the political left or right, saw Freud as a conservative. Fromm had argued that several aspects of psychoanalytic theory served the interests of political reaction in his The Fear of Freedom (1942), an assessment confirmed by sympathetic writers on the right. In Freud: The Mind of the Moralist (1959), Philip Rieff portrayed Freud as a man who urged men to make the best of an inevitably unhappy fate, and admirable for that reason. In the 1950s, Herbert Marcuse challenged the then prevailing interpretation of Freud as a conservative in Eros and Civilization (1955), as did Lionel Trilling in Freud and the Crisis of Our Culture and Norman O. Brown in Life Against Death (1959).[228] Eros and Civilization helped make the idea that Freud and Karl Marx were addressing similar questions from different perspectives credible to the left. Marcuse criticized neo-Freudian revisionism for discarding seemingly pessimistic theories such as the death instinct, arguing that they could be turned in a utopian direction. Freud’s theories also influenced the Frankfurt School and critical theory as a whole.[229]
Freud has been compared to Marx by Reich, who saw Freud’s importance for psychiatry as parallel to that of Marx for economics,[230] and by Paul Robinson, who sees Freud as a revolutionary whose contributions to twentieth-century thought are comparable in importance to Marx’s contributions to the nineteenth-century thought.[231] Fromm calls Freud, Marx, and Einstein the “architects of the modern age”, but rejects the idea that Marx and Freud were equally significant, arguing that Marx was both far more historically important and a finer thinker. Fromm nevertheless credits Freud with permanently changing the way human nature is understood.[232] Gilles Deleuze and Félix Guattari write in Anti-Oedipus (1972) that psychoanalysis resembles the Russian Revolution in that it became corrupted almost from the beginning. They believe this began with Freud’s development of the theory of the Oedipus complex, which they see as idealist.[233]
Jean-Paul Sartre critiques Freud’s theory of the unconscious in Being and Nothingness (1943), claiming that consciousness is essentially self-conscious. Sartre also attempts to adapt some of Freud’s ideas to his own account of human life, and thereby develop an “existential psychoanalysis” in which causal categories are replaced by teleological categories.[234] Maurice Merleau-Ponty considers Freud to be one of the anticipators of phenomenology,[235] while Theodor W. Adorno considers Edmund Husserl, the founder of phenomenology, to be Freud’s philosophical opposite, writing that Husserl’s polemic against psychologism could have been directed against psychoanalysis.[236] Paul Ricœur sees Freud as one of the three “masters of suspicion“, alongside Marx and Nietzsche,[237] for their unmasking ‘the lies and illusions of consciousness‘.[238] Ricœur and Jürgen Habermas have helped create a “hermeneutic version of Freud”, one which “claimed him as the most significant progenitor of the shift from an objectifying, empiricist understanding of the human realm to one stressing subjectivity and interpretation.”[239] Louis Althusser drew on Freud’s concept of overdetermination for his reinterpretation of Marx’s Capital.[240] Jean-François Lyotard developed a theory of the unconscious that reverses Freud’s account of the dream-work: for Lyotard, the unconscious is a force whose intensity is manifest via disfiguration rather than condensation.[241] Jacques Derrida finds Freud to be both a late figure in the history of western metaphysics and, with Nietzsche and Heidegger, a precursor of his own brand of radicalism.[242]
Several scholars see Freud as parallel to Plato, writing that they hold nearly the same theory of dreams and have similar theories of the tripartite structure of the human soul or personality, even if the hierarchy between the parts of the soul is almost reversed.[243][244] Ernest Gellner argues that Freud’s theories are an inversion of Plato’s. Whereas Plato saw a hierarchy inherent in the nature of reality and relied upon it to validate norms, Freud was a naturalist who could not follow such an approach. Both men’s theories drew a parallel between the structure of the human mind and that of society, but while Plato wanted to strengthen the super-ego, which corresponded to the aristocracy, Freud wanted to strengthen the ego, which corresponded to the middle class.[245] Paul Vitz compares Freudian psychoanalysis to Thomism, noting St. Thomas’s belief in the existence of an “unconscious consciousness” and his “frequent use of the word and concept ‘libido’ – sometimes in a more specific sense than Freud, but always in a manner in agreement with the Freudian use.” Vitz suggests that Freud may have been unaware his theory of the unconscious was reminiscent of Aquinas.[31]
Literature and literary criticism[edit source]
The poem “In Memory of Sigmund Freud” was published by British poet W. H. Auden in his 1940 collection Another Time. Auden describes Freud as having created “a whole climate of opinion / under whom we conduct our different lives.”[246] [247]
Literary critic Harold Bloom has been influenced by Freud.[248] Camille Paglia has also been influenced by Freud, whom she calls “Nietzsche’s heir” and one of the greatest sexual psychologists in literature, but has rejected the scientific status of his work in her Sexual Personae (1990), writing, “Freud has no rivals among his successors because they think he wrote science, when in fact he wrote art.”[249]
Feminism[edit source]
Betty Friedan criticizes Freud’s view of women in her 1963 book The Feminine Mystique.[250]
The decline in Freud’s reputation has been attributed partly to the revival of feminism.[251] Simone de Beauvoir criticizes psychoanalysis from an existentialist standpoint in The Second Sex (1949), arguing that Freud saw an “original superiority” in the male that is in reality socially induced.[252] Betty Friedan criticizes Freud and what she considered his Victorian view of women in The Feminine Mystique (1963).[250] Freud’s concept of penis envy was attacked by Kate Millett, who in Sexual Politics (1970) accused him of confusion and oversights.[253] In 1968, the US-American feminist Anne Koedt wrote in her essay The Myth of the Vaginal Orgasm: “It was Freud’s feelings about women’s secondary and inferior relationship to men that formed the basis for his theories on female sexuality. Once having laid down the law about the nature of our sexuality, Freud not so strangely discovered a tremendous problem of frigidity in women. His recommended cure for a frigid woman was psychiatric care. She was suffering from failure to mentally adjust to her ‘natural’ role as a woman.”[254] Naomi Weisstein writes that Freud and his followers erroneously thought his “years of intensive clinical experience” added up to scientific rigor.[255]
Freud is also criticized by Shulamith Firestone and Eva Figes. In The Dialectic of Sex (1970), Firestone argues that Freud was a “poet” who produced metaphors rather than literal truths; in her view, Freud, like feminists, recognized that sexuality was the crucial problem of modern life, but ignored the social context and failed to question society itself. Firestone interprets Freud’s “metaphors” in terms of the facts of power within the family. Figes tries in Patriarchal Attitudes (1970) to place Freud within a “history of ideas“. Juliet Mitchell defends Freud against his feminist critics in Psychoanalysis and Feminism (1974), accusing them of misreading him and misunderstanding the implications of psychoanalytic theory for feminism. Mitchell helped introduce English-speaking feminists to Lacan.[252] Mitchell is criticized by Jane Gallop in The Daughter’s Seduction (1982). Gallop compliments Mitchell for her criticism of feminist discussions of Freud but finds her treatment of Lacanian theory lacking.[256]
Some French feminists, among them Julia Kristeva and Luce Irigaray, have been influenced by Freud as interpreted by Lacan.[257] Irigaray has produced a theoretical challenge to Freud and Lacan, using their theories against them to put forward a “psychoanalytic explanation for theoretical bias”. Irigaray, who claims that “the cultural unconscious only recognizes the male sex”, describes how this affects “accounts of the psychology of women”.[258]
Psychologist Carol Gilligan writes that “The penchant of developmental theorists to project a masculine image, and one that appears frightening to women, goes back at least to Freud.” She sees Freud’s criticism of women’s sense of justice reappearing in the work of Jean Piaget and Lawrence Kohlberg. Gilligan notes that Nancy Chodorow, in contrast to Freud, attributes sexual difference not to anatomy but to the fact that male and female children have different early social environments. Chodorow, writing against the masculine bias of psychoanalysis, “replaces Freud’s negative and derivative description of female psychology with a positive and direct account of her own.”[259]
Toril Moi has developed a feminist perspective on psychoanalysis proposing that it is a discourse that “attempts to understand the psychic consequences of three universal traumas: the fact that there are others, the fact of sexual difference, and the fact of death”.[260] She replaces Freud’s term of castration with Stanley Cavell’s concept of “victimization” which is a more universal term that applies equally to both sexes.[261] Moi regards this concept of human finitude as a suitable replacement for both castration and sexual difference as the traumatic “discovery of our separate, sexed, mortal existence” and how both men and women come to terms with it.[262]
In popular culture[edit source]
Sigmund Freud is the subject of three major films or TV series, the first of which was 1962’s Freud: The Secret Passion starring Montgomery Clift as Freud, directed by John Huston from a revision of a script by an uncredited Jean-Paul Sartre. The film is focused on Freud’s early life from 1885 to 1890 and combines multiple case studies of Freud into single ones, and multiple friends of his into single characters.[263]
In 1984, the BBC produced the six-episode mini-series Freud: the Life of a Dream starring David Suchet in the lead role.[264]
The stage play The Talking Cure and subsequent film A Dangerous Method focus on the conflict between Freud and Carl Jung. Both are written by Christopher Hampton and are partly based on the non-fiction book A Most Dangerous Method by John Kerr. Viggo Mortensen plays Freud and Michael Fassbender plays Jung. The play is a reworking of an earlier unfilmed screenplay.[265]
More fanciful employments of Freud in fiction are The Seven-Per-Cent Solution by Nicholas Meyer, which centers on an encounter between Freud and the fictional detective Sherlock Holmes, with a main part of the plot seeing Freud helping Holmes overcome his cocaine addiction.[266] Similarly, the 2020 Austrian-German series Freud involves a young Freud solving murder mysteries.[267] The series has been criticized for having Freud be helped by a medium with real paranormal powers, when in reality Freud was quite skeptical of the paranormal.[268][269]
Mark St. Germain‘s 2009 play Freud’s Last Session imagines a meeting between C. S. Lewis, aged 40, and Freud, aged 83, at Freud’s house in Hampstead, London, in 1939, as the Second World War is about to break out. The play is focused on the two men discussing religion and whether it should be seen as a sign of neurosis.[270] The play is inspired by the 2003 non-fiction book The Question of God: C.S. Lewis and Sigmund Freud Debate God, Love, Sex, and the Meaning of Life by Armand Nicholi which also inspired a four-part non-fiction PBS series.[271][272] (Although, no such meeting took place, June Flewett, who as a teenager stayed with C.S. Lewis and his brother during the wartime London air-raids, later married Freud’s grandson Clement Freud.)[273]
Freud is employed to more comic effect in the 1983 film Lovesick in which Alec Guinness plays Freud’s ghost who gives love advice to a modern psychiatrist played by Dudley Moore.[274] Freud is also presented in a comedic light in the 1989 film, Bill & Ted’s Excellent Adventure. Portrayed by Rod Loomis, Freud is one of several historical figures recruited by the film’s time traveling lead characters to assist them in passing their high school history class presentation.[275]
Canadian author Kim Morrissey‘s stage play about the Dora case, Dora: A Case of Hysteria, attempts to thoroughly debunk Freud’s approach to the case.[276] French playwright Hélène Cixous‘ 1976 Portrait of Dora is also critical of Freud’s approach, though less acerbically.[277]
The narrator of Bob Dylan‘s darkly humorous 2020 song “My Own Version of You” calls “Mr. Freud with his dreams” one of the “best-known enemies of mankind” and refers to him as burning in hell.[278]
In the online, superhero-themed, animated series Super Science Friends, Freud appears as a main character alongside other famous historical science figures.[citation needed]
Freud made an appearance in a 2019 episode of the online YouTube series Epic Rap Battles of History, rapping against Mother Teresa. He is portrayed by series co-creator Nice Peter.[citation needed]
Works[edit source]
Main article: Sigmund Freud bibliography
Books[edit source]
- 1891 On Aphasia
- 1895 Studies on Hysteria (co-authored with Josef Breuer)
- 1899 The Interpretation of Dreams
- 1901 On Dreams (abridged version of The Interpretation of Dreams)
- 1904 The Psychopathology of Everyday Life
- 1905 Jokes and Their Relation to the Unconscious
- 1905 Three Essays on the Theory of Sexuality
- 1907 Delusion and Dream in Jensen’s Gradiva
- 1910 Five Lectures on Psycho-Analysis
- 1910 Leonardo da Vinci, A Memory of His Childhood
- 1913 Totem and Taboo: Resemblances between the Psychic Lives of Savages and Neurotics
- 1915–17 Introductory Lectures on Psycho-Analysis
- 1920 Beyond the Pleasure Principle
- 1921 Group Psychology and the Analysis of the Ego
- 1923 The Ego and the Id
- 1926 Inhibitions, Symptoms and Anxiety
- 1926 The Question of Lay Analysis
- 1927 The Future of an Illusion
- 1930 Civilization and Its Discontents
- 1933 New Introductory Lectures on Psycho-Analysis
- 1939 Moses and Monotheism
- 1940 An Outline of Psychoanalysis
- 1967 Thomas Woodrow Wilson: A Psychological Study, with William C. Bullit
Case histories[edit source]
- 1905 Fragment of an Analysis of a Case of Hysteria (the Dora case history)
- 1909 Analysis of a Phobia in a Five-Year-Old Boy (the Little Hans case history)
- 1909 Notes upon a Case of Obsessional Neurosis (the Rat Man case history)
- 1911 Psycho-Analytic Notes on an Autobiographical Account of a Case of Paranoia (the Schreber case)
- 1918 From the History of an Infantile Neurosis (the Wolfman case history)
- 1920 The Psychogenesis of a Case of Homosexuality in a Woman[279]
- 1923 A Seventeenth-Century Demonological Neurosis (the Haizmann case)
Papers on sexuality[edit source]
- 1906 My Views on the Part Played by Sexuality in the Aetiology of the Neuroses
- 1908 “Civilized” Sexual Morality and Modern Nervous Illness
- 1910 A Special Type of Choice of Object made by Men
- 1912 Types of Onset of Neurosis
- 1912 The Most Prevalent Form of Degradation in Erotic Life
- 1913 The Disposition to Obsessional Neurosis
- 1915 A Case of Paranoia Running Counter to the Psycho-Analytic Theory of the Disease
- 1919 A Child is Being Beaten: A Contribution to the Origin of Sexual Perversions
- 1922 Medusa’s Head
- 1922 Some Neurotic Mechanisms in Jealousy, Paranoia and Homosexuality
- 1923 Infantile Genital Organisation
- 1924 The Dissolution of the Oedipus Complex
- 1925 Some Psychical Consequences of the Anatomical Distinction between the Sexes
- 1927 Fetishism
- 1931 Female Sexuality
- 1933 Femininity
- 1938 The Splitting of the Ego in the Process of Defence
Autobiographical papers[edit source]
- 1899 An Autobiographical Note
- 1914 On the History of the Psychoanalytic Movement
- 1925 An Autobiographical Study (1935 Revised edition with Postscript).
The Standard Edition[edit source]
The Standard Edition of the Complete Psychological Works of Sigmund Freud. Translated from the German under the general editorship of James Strachey, in collaboration with Anna Freud, assisted by Alix Strachey, Alan Tyson, and Angela Richards. 24 volumes, London: Hogarth Press and the Institute of Psycho-Analysis, 1953–1974.
- Vol. I Pre-Psycho-Analytic Publications and Unpublished Drafts (1886–1899).
- Vol. II Studies in Hysteria (1893–1895). By Josef Breuer and S. Freud.
- Vol. III Early Psycho-Analytic Publications (1893–1899)
- Vol. IV The Interpretation of Dreams (I) (1900)
- Vol. V The Interpretation of Dreams (II) and On Dreams (1900–1901)
- Vol. VI The Psychopathology of Everyday Life (1901)
- Vol. VII A Case of Hysteria, Three Essays on Sexuality and Other Works (1901–1905)
- Vol. VIII Jokes and their Relation to the Unconscious (1905)
- Vol. IX Jensen’s ‘Gradiva,’ and Other Works (1906–1909)
- Vol. X The Cases of ‘Little Hans’ and the Rat Man’ (1909)
- Vol. XI Five Lectures on Psycho-Analysis, Leonardo and Other Works (1910)
- Vol. XII The Case of Schreber, Papers on Technique and Other Works (1911–1913)
- Vol. XIII Totem and Taboo and Other Works (1913–1914)
- Vol. XIV On the History of the Psycho-Analytic Movement, Papers on Meta-psychology and Other Works (1914–1916)
- Vol. XV Introductory Lectures on Psycho-Analysis (Parts I and II) (1915–1916)
- Vol. XVI Introductory Lectures on Psycho-Analysis (Part III) (1916–1917)
- Vol. XVII An Infantile Neurosis and Other Works (1917–1919)
- Vol. XVIII Beyond the Pleasure Principle, Group Psychology and Other Works (1920–1922)
- Vol. XIX The Ego and the Id and Other Works (1923–1925)
- Vol. XX An Autobiographical Study, Inhibitions, Symptoms and Anxiety, Lay Analysis and Other Works (1925–1926)
- Vol. XXI The Future of an Illusion, Civilization and its Discontents and Other Works (1927–1931)
- Vol. XXII New Introductory Lectures on Psycho-Analysis and Other Works (1932–1936)
- Vol. XXIII Moses and Monotheism, An Outline of Psycho-Analysis and Other Works (1937–1939)
- Vol. XXIV Indexes and Bibliographies (Compiled by Angela Richards,1974)
Correspondence[edit source]
- Selected Letters of Sigmund Freud to Martha Bernays, Ansh Mehta and Ankit Patel (eds), CreateSpace Independent Publishing Platform, 2015. ISBN 978-1-5151-3703-0
- Correspondence: Sigmund Freud, Anna Freud, Cambridge: Polity 2014. ISBN 978-0-7456-4149-2
- The Letters of Sigmund Freud and Otto Rank: Inside Psychoanalysis (eds. E.J. Lieberman and Robert Kramer). Johns Hopkins University Press, 2012.
- The Complete Letters of Sigmund Freud to Wilhelm Fliess, 1887–1904, (editor and translator Jeffrey Moussaieff Masson), 1985, ISBN 978-0-674-15420-9
- The Sigmund Freud Carl Gustav Jung Letters, Publisher: Princeton University Press; Abr edition, 1994, ISBN 978-0-691-03643-4
- The Complete Correspondence of Sigmund Freud and Karl Abraham, 1907–1925, Publisher: Karnac Books, 2002, ISBN 978-1-85575-051-7
- The Complete Correspondence of Sigmund Freud and Ernest Jones, 1908–1939., Belknap Press, Harvard University Press, 1995, ISBN 978-0-674-15424-7
- The Sigmund Freud – Ludwig Binswanger Correspondence 1908–1939, London: Other Press 2003, ISBN 1-892746-32-8
- The Correspondence of Sigmund Freud and Sándor Ferenczi, Volume 1, 1908–1914, Belknap Press, Harvard University Press, 1994, ISBN 978-0-674-17418-4
- The Correspondence of Sigmund Freud and Sándor Ferenczi, Volume 2, 1914–1919, Belknap Press, Harvard University Press, 1996, ISBN 978-0-674-17419-1
- The Correspondence of Sigmund Freud and Sándor Ferenczi, Volume 3, 1920–1933, Belknap Press, Harvard University Press, 2000, ISBN 978-0-674-00297-5
- The Letters of Sigmund Freud to Eduard Silberstein, 1871–1881, Belknap Press, Harvard University Press, ISBN 978-0-674-52828-4
- Psycho-Analysis and Faith: The Letters of Sigmund Freud and Oskar Pfister. Trans. Eric Mosbacher. Heinrich Meng and Ernst L. Freud. eds London: Hogarth Press and the Institute of Psycho-Analysis, 1963.
- Sigmund Freud and Lou Andreas-Salome; Letters, Publisher: Harcourt Brace Jovanovich; 1972, ISBN 978-0-15-133490-2
- The Letters of Sigmund Freud and Arnold Zweig, Publisher: New York University Press, 1987, ISBN 978-0-8147-2585-6
- Letters of Sigmund Freud – selected and edited by Ernst L. Freud, Publisher: New York: Basic Books, 1960, ISBN 978-0-486-27105-7
See also[edit source]
- The Standard Edition of the Complete Psychological Works of Sigmund Freud
- Sigmund Freud Archives
- Freud Museum (London)
- Sigmund Freud Museum (Vienna)
- A Clinical Lesson at the Salpêtrière
- Afterwardsness
- Freudian slip
- Freudo-Marxism
- School of Brentano
- Hedgehog’s dilemma
- Narcissism of small differences
- Hidden personality
- Histrionic personality disorder
- Psychoanalytic literary criticism
- Psychodynamics
- Saul Rosenzweig
- Signorelli parapraxis
- The Freudian Coverup
- The Passions of the Mind
- Uncanny
Notes[edit source]
- ^ Halberstadt, Max (c. 1921). “Sigmund Freud, half-length portrait, facing left, holding cigar in right hand”. Library of Congress. Archived from the original on 28 December 2017. Retrieved 8 June 2017.
- ^ Tansley, A.G. (1941). “Sigmund Freud. 1856–1939”. Obituary Notices of Fellows of the Royal Society. 3 (9): 246–75. doi:10.1098/rsbm.1941.0002. JSTOR 768889. S2CID 163056149.
- ^ “Freud” Archived 23 December 2014 at the Wayback Machine. Random House Webster’s Unabridged Dictionary.
- ^ Jump up to:a b Ford & Urban 1965, p. 109
- ^ Noel Sheehy; Alexandra Forsythe (2013). “Sigmund Freud”. Fifty Key Thinkers in Psychology. Routledge. ISBN 978-1-134-70493-4.
- ^ Eric R. Kandel The Age of Insight: The Quest to Understand the Unconscious in Art, Mind and Brain, from Vienna 1900 to the Present. New York: Random House 2012, pp. 45–46.
- ^ Gay 2006, pp. 136–37.
- ^ Jones, Ernest (1949) What is Psychoanalysis ? London: Allen & Unwin. p. 47.
- ^ Mannoni, Octave, Freud: The Theory of the Unconscious, London: Verso 2015 [1971], pp. 49–51, 152–54.
- ^ Mannoni, Octave, Freud: The Theory of the Unconscious, London: Verso 2015 [1971], pp. 146–47.
- ^ For its efficacy and the influence of psychoanalysis on psychiatry and psychotherapy, see The Challenge to Psychoanalysis and Psychotherapy, Chapter 9, Psychoanalysis and Psychiatry: A Changing Relationship Archived 6 June 2009 at the Wayback Machine by Robert Michels, 1999 and Tom Burns Our Necessary Shadow: The Nature and Meaning of Psychiatry London: Allen Lane 2013 pp. 96–97.
- For the influence on psychology, see The Psychologist, December 2000 Archived 31 December 2014 at the Wayback Machine
- For the influence of psychoanalysis in the humanities, see J. Forrester The Seductions of Psychoanalysis Cambridge University Press 1990, pp. 2–3.
- For the debate on efficacy, see Fisher, S. and Greenberg, R.P., Freud Scientifically Reappraised: Testing the Theories and Therapy, New York: John Wiley, 1996, pp. 193–217
- For the debate on the scientific status of psychoanalysis see Stevens, Richard (1985). Freud and Psychoanalysis. Milton Keynes: Open University Press. pp. 91–116. ISBN 978-0-335-10180-1., Gay (2006) p. 745, and Solms, Mark (2018). “The scientific standing of psychoanalysis”. BJPsych International. 15 (1): 5–8. doi:10.1192/bji.2017.4. PMC 6020924. PMID 29953128.
- For the debate on psychoanalysis and feminism, see Appignanesi, Lisa & Forrester, John. Freud’s Women. London: Penguin Books, 1992, pp. 455–74.
- ^ Thurschwell, Pamela (2009). Sigmund Freud. London: Routledge. p. 1. ISBN 978-0-415-21520-6.
- ^ “Digitized Birth Records of Freiberg (Zemský archiv v Opavě)”. digi.archives.cz. Retrieved 18 July 2021.
- ^ “Sigmund Freud | Biography, Theories, Works, & Facts”. Encyclopedia Britannica.
- ^ Gresser 1994, p. 225.
- ^ Emanuel Rice (1990). Freud and Moses: The Long Journey Home. SUNY Press. p. 55. ISBN 978-0-7914-0453-9.
- ^ Gay 2006, pp. 4–8; Clark 1980, p. 4.
- For Jakob’s Torah study, see Meissner 1993, p. 233.
- For the date of the marriage, see Rice 1990, p. 55.
- ^ Deborah P. Margolis, M.A. (1989). “Margolis 1989”. Mod. Psychoanal: 37–56. Archived from the original on 23 February 2014. Retrieved 17 January 2014.
- ^ Jones, Ernest (1964) Sigmund Freud: Life and Work. Edited and abridged by Lionel Trilling and Stephen Marcus. Harmondsworth: Penguin Books p. 37.
- ^ Hothersall 2004, p. 276.
- ^ Hothersall 1995
- ^ See “past studies of eels” and references therein.
- ^ Costandi, Mo (10 March 2014). “Freud was a pioneering neuroscientist”. The Guardian. Retrieved 16 May 2018.
In this period he published three papers:- Freud, Sigmund (1877). Über den Ursprung der hinteren Nervenwurzeln im Rückenmark von Ammocoetes (Petromyzon Planeri) [On the Origin of the Posterior Nerve Roots in the Spinal Cord of Ammocoetes (Petromyzon Planeri)] (in German). na.
- Freud, Sigmund (1878). Über Spinalganglien und Rückenmark des Petromyzon [On the Spinal Ganglia and Spinal Cord of Petromyzon] (in German).
- Freud, Sigmund (April 1884). “A New Histological Method for the Study of Nerve-Tracts in the Brain and Spinal Cord”. Brain. 7 (1): 86–88. doi:10.1093/brain/7.1.86.
- ^ Gay 2006 p. 36.
- ^ Sulloway 1992 [1979], p. 22.
- ^ Wallesch, Claus (2004). “History of Aphasia Freud as an aphasiologist”. Aphasiology. 18 (April): 389–399. doi:10.1080/02687030344000599. S2CID 144976195.
- ^ Gay 2006, pp. 42–47.
- ^ Peter J. Swales, “Freud, Minna Bernays and the Conquest of Rome: New Light on the Origins of Psychoanalysis”, The New American Review, Spring/Summer 1982, pp. 1–23, which also includes speculation over an abortion.
- see Gay 2006, pp. 76, 752–53 for a sceptical rejoinder to Swales.
- for the discovery of the hotel log see Blumenthal, Ralph (24 December 2006). “Hotel log hints at desire that Freud didn’t repress – Europe – International Herald Tribune”. The New York Times. Archived from the original on 13 June 2017. Retrieved 4 November 2014.
- see also ‘Minna Bernays as “Mrs. Freud”: What Sort of Relationship Did Sigmund Freud Have with His Sister-in-Law?’ by Franz Maciejewski and Jeremy Gaines, American Imago, Volume 65, Number 1, Spring 2008, pp. 5–21.
- ^ Gay 2006, pp. 77, 169.
- ^ Freud and Bonaparte 2009, pp. 238–39.
- ^ Jump up to:a b Vitz 1988, pp. 53–54.
- ^ Sulloway 1992 [1979], pp. 66–67, 116.
- ^ Darian Leader, Freud’s Footnotes, London, Faber, 2000, pp. 34–45.
- ^ Pigman, G.W. (1995). “Freud and the history of empathy”. The International Journal of Psycho-Analysis. 76 (Pt 2): 237–56. PMID 7628894.
- ^ Schopenhauer and Freud., Young C. – Brook A. (February 1994). “Schopenhauer and Freud”. Int J Psychoanal.
A close study of Schopenhauer’s central work, ‘The World as Will and Representation’, reveals that certain of Freud’s most characteristic doctrines were first articulated by Schopenhauer. Schopenhauer’s concept of the will contains the foundations of what in Freud become the concepts of the unconscious and the id. Schopenhauer’s writings on madness anticipate Freud’s theory of repression and his first theory of the aetiology of neurosis. Schopenhauer’s work contains aspects of what becomes the theory of free association. And most importantly, Schopenhauer articulates major parts of the Freudian theory of sexuality. These correspondences raise some interesting questions about Freud’s denial that he even read Schopenhauer until late in life.
- ^ Paul Roazen, in Dufresne, Todd (ed). Returns of the French Freud: Freud, Lacan, and Beyond. New York and London: Routledge Press, 1997, pp. 13–15.
- ^ Rudnytsky, Peter L. Freud and Oedipus. Columbia University Press. (1987). p. 198. ISBN 978-0231063531
- ^ Gay 2006, p. 45.
- ^ Holt 1989, p. 242.
- ^ Bloom 1994, p. 346.
- ^ Robert, Marthe (1976) From Oedipus to Moses: Freud’s Jewish Identity New York: Anchor pp. 3–6.
- ^ Frosh, Stephen (2006) “Psychoanalysis and Judaism” in Black, David M.(ed) Psychoanalysis and Religion in the 21st Century, Hove: Routledge. pp. 205–06.
- ^ Freud had a small lithographic version of the painting, created by Eugène Pirodon (1824–1908), framed and hung on the wall of his Vienna rooms from 1886 to 1938. Once Freud reached England, it was immediately placed directly over the analytical couch in his London rooms.
- ^ Joseph Aguayo (1986). “Joseph Aguayo Charcot and Freud: Some Implications of Late 19th-century French Psychiatry and Politics for the Origins of Psychoanalysis (1986). Psychoanalysis and Contemporary Thought”. Psychoanal. Contemp. Thought: 223–60. Archived from the original on 19 July 2011. Retrieved 6 February 2011.
- ^ Gay 2006, pp. 64–71.
- ^ “jewishvirtuallibrary Sigmund Freud (1856–1939)”. jewishvirtuallibrary.org. Archived from the original on 9 May 2013. Retrieved 20 May 2013.
- ^ Freud 1896c, pp. 203, 211, 219; Eissler 2005, p. 96.
- ^ J. Forrester The Seductions of Psychoanalysis Cambridge University Press 1990, pp. 75–76.
- ^ Gay 2006, pp. 88–96.
- ^ Mannoni, Octave, Freud: The Theory of the Unconscious, London: Verso 2015, pp. 55–81.
- ^ Mannoni, Octave, Freud: The Theory of the Unconscious, London: Verso 2015, p. 91.
- ^ Charles Bernheimer and Claire Kahane (eds) In Dora’s Case: Freud – Hysteria – Feminism, London: Virago 1985.
- ^ Masson, Jeffrey Moussaieff (2012) [1984]. The Assault on Truth. Untreed Reads. p. 18. ISBN 978-1-61187-280-4.
- ^ Kris, Ernst, Introduction to Sigmund Freud The Origins of Psychoanalysis. Letters to Wilhelm Fliess, Drafts and Notes 1887–1902. Eds. Marie Bonaparte, Anna Freud, Ernst Kris, E. London: Imago 1954.
- ^ Reeder, Jurgen (2002). Reflecting Psychoanalysis. Narrative and Resolve in the Psychoanalytic Experience. London: Karnac Books. p. 10. ISBN 978-1-78049-710-5.
- ^ Mannoni, Octave, Freud: The Theory of the Unconscious, London: Verso 2015, pp. 40–41.
- ^ Sulloway 1992 [1979], pp. 142ff.
- ^ Jump up to:a b Masson, Jeffrey M. (1984) The Assault on Truth. Freud’s Suppression of the Seduction Theory. New York City: Farrar, Straus and Giroux,
- ^ Bonomi, Carlos (2015) The Cut and the Building of Psychoanalysis, Volume I: Sigmund Freud and Emma Eckstein. London: Routledge, p. 80.
- ^ Gay 2006, pp. 84–87, 154–56.
- ^ Schur, Max. “Some Additional ‘Day Residues’ of the Specimen Dream of Psychoanalysis.” In Psychoanalysis, A General Psychology, ed. R.M. Loewenstein et al. New York: International Universities Press, 1966, pp. 45–95.
- ^ Gay 2006, pp. 154–56.
- ^ John Forrester, Introduction; Sigmund Freud (2006). Interpreting Dreams. Penguin Books Limited. p. 70. ISBN 978-0-14-191553-1.
Affiliated Professor seems to me to be the best translation of professor extraordinarius, which position has the rank of Full Professor, but without payment by the University.
- ^ Clark (1980), p. 424
- ^ Phillips, Adam (2014) Becoming Freud Yale University Press. p. 139.
- ^ Jump up to:a b c Rose, Louis (1998). The Freudian Calling: Early Psychoanalysis and the Pursuit of Cultural Science. Detroit: Wayne State University Press. p. 52. ISBN 978-0-8143-2621-3.
- ^ Jump up to:a b c Schwartz, Joseph (2003). Cassandra’s daughter: a history of psychoanalysis. London: Karnac. p. 100. ISBN 978-1-85575-939-8.
- ^ Ellenberger, Henri F. (1970). The Discovery of the Unconscious: the History and Evolution of Dynamic Psychiatry ([Repr.] ed.). New York: Basic Books. pp. 443, 454. ISBN 978-0-465-01673-0.
- ^ Stekel’s review appeared in 1902. In it, he declared that Freud’s work heralded “a new era in psychology”.Rose, Louis (1998). The Freudian Calling: Early Psychoanalysis and the Pursuit of Cultural Science. Detroit: Wayne State University Press. p. 52. ISBN 978-0-8143-2621-3.
- ^ Rose, Louis (1998). “Freud and fetishism: previously unpublished minutes of the Vienna Psychoanalytic Society”. Psychoanalytic Quartery. 57 (2): 147. doi:10.1080/21674086.1988.11927209. Archived from the original on 9 March 2016.
- ^ Reitler’s family had converted to Catholicism. Makari, George (2008). Revolution in Mind: The Creation of Psychoanalysis (Australian ed.). Carlton, Vic.: Melbourne University Publishing. p. 130. ISBN 978-0-522-85480-0.
- ^ Makari, George (2008). Revolution in Mind: The Creation of Psychoanalysis (Australian ed.). Carlton, Vic.: Melbourne University Publishing. pp. 130–31. ISBN 978-0-522-85480-0.
- ^ Stekel, Wilhelm (2007). ‘On the history of the psychoanalytic movement. Jap Bos (trans. and annot.). In Japp Boss and Leendert Groenendijk (eds). The Self-Marginalization of Wilhelm Stekel: Freudian Circles Inside and Out. New York. p. 131
- ^ Jump up to:a b c Gay 2006, pp. 174–75
- ^ The real name of “Little Hans” was Herbert Graf. See Gay 2006, page. 156, 174.
- ^ Wehr, Gerhard (1985). Jung – A Biography. Shambhala. pp. 83–85. ISBN 978-0-87773-455-0.
- ^ Sulloway, Frank J. (1991). “Reassessing Freud’s case histories: the social construction of psychoanalysis”. Isis. 82 (2): 245–75. doi:10.1086/355727. PMID 1917435. S2CID 41485270.
- ^ Ellenberger, Henri F. (1970). The Discovery of the Unconscious: the History and Evolution of Dynamic Psychiatry ([Repr.] ed.). New York: Basic Books. p. 455. ISBN 978-0-465-01673-0.
- ^ Gay 2006, p. 219
- ^ Gay 2006, p. 503
- ^ Martin Miller(1998) Freud and the Bolsheviks, Yale University Press, pp. 24, 45
- ^ Jones, E. 1955, pp. 44–45
- ^ Jones, Ernest (1964) Sigmund Freud: Life and Work. Edited and abridged by Lionel Trilling and Stephen Marcus. Harmondsworth: Penguin Books p. 332
- ^ Jones, Ernest (1964) Sigmund Freud: Life and Work. Edited and abridged by Lionel Trilling and Stephen Marcus. Harmondsworth: Penguin Books pp. 334, 352, 361
- ^ Gay 2006, p. 186
- ^ Jump up to:a b Gay 2006, p. 212
- ^ Three members of the Viennese Psychoanalytic Society resigned at the same time as Adler to establish the Society for Free Psychoanalysis. Six other members of the Viennese Psychoanalytic Society who attempted to retain links to both the Adlerian and Freudian camps were forced out after Freud insisted that they must choose one side or another. Makari, George (2008). Revolution in Mind: The Creation of Psychoanalysis (Australian ed.). Carlton, Vic.: Melbourne University Publishing. p. 262. ISBN 978-0-522-85480-0.
- ^ Ellenberger, Henri F. (1970). The Discovery of the Unconscious: the History and Evolution of Dynamic Psychiatry ([Repr.] ed.). New York: Basic Books. pp. 456, 584–85. ISBN 978-0-465-01673-0.
- ^ Ellenberger, Henri F. (1970). The Discovery of the Unconscious: the History and Evolution of Dynamic Psychiatry ([Repr.] ed.). New York: Basic Books. p. 456. ISBN 978-0-465-01673-0.
- ^ Gay 2006, pp. 229–30, 241
- ^ Gay 2006, pp. 474–81
- ^ Gay 2006, p. 460
- ^ Danto, Elizabeth Ann (2005). Freud’s Free Clinics: Psychoanalysis and Social Justice, 1918–1938. New York: Columbia University Press, pp. 3, 104, 185–86.
- ^ Miller, Martin (1998) Freud and the Bolsheviks, Yale University Press pp. 24, 59
- ^ Miller (1998), p. 94.
- ^ Maddox, Brenda (2006). Freud’s Wizard: The Enigma of Ernest Jones. London: John Murray. pp. 147–79
- ^ Danto, Elizabeth Ann (2005). Freud’s Free Clinics: Psychoanalysis and Social Justice, 1918–1938. New York: Columbia University Press, p. 151
- ^ Gay 2006, p. 406
- ^ Gay 2006, p. 394
- ^ Gay 2006, pp. 490–500
- ^ Gay 2006, p. 571
- ^ Appignanesi, Lisa & Forrester, John. Freud’s Women. London: Penguin Books, 1992, p. 108
- ^ Breger, Louis. Freud: Darkness in the Midst of Vision. Wiley, 2011, p. 262
- ^ Lynn, D.J. (2003). “Freud’s psychoanalysis of Edith Banfield Jackson, 1930–1936”. Journal of the American Academy of Psychoanalysis and Dynamic Psychiatry. 31 (4): 609–25. doi:10.1521/jaap.31.4.609.23009. PMID 14714630.
- ^ Lynn, D.J. (1997). “Freud’s analysis of Albert Hirst, 1903–1910”. Bulletin of the History of Medicine. 71 (1): 69–93. doi:10.1353/bhm.1997.0045. PMID 9086627. S2CID 37708194.
- ^ Gay 2006, pp. 419–20
- ^ Gay 2006, pp. 592–93.
- ^ Jump up to:a b Gay 2006, pp. 618–20, 624–25.
- ^ Cohen 2009, pp. 152–53.
- ^ Cohen 2009, pp. 157–59.
- ^ Cohen 2009, p. 160.
- ^ Cohen 2009, p. 166
- ^ Cohen 2009, pp. 178, 205–07.
- ^ Schur, Max (1972) Freud: Living and Dying, London: Hogarth Press, pp. 498–99.
- ^ Cohen 2009, p. 213.
- ^ Jump up to:a b Chaney, Edward (2006). ‘Egypt in England and America: The Cultural Memorials of Religion, Royalty and Religion’, Sites of Exchange: European Crossroads and Faultlines, eds. M. Ascari and A. Corrado. Amsterdam and New York: Rodopi, Chaney’Freudian Egypt’, The London Magazine (April/May 2006), pp. 62–69, and Chaney, ‘Moses and Monotheism, by Sigmund Freud’, ‘The Canon’, THE (Times Higher Education), 3–9 June 2010, No. 1, 950, p. 53.
- ^ Gay 2006, pp. 650–51
- ^ “Index entry”. FreeBMD. ONS. Retrieved 2 September 2016.
- ^ Lacoursiere, Roy B. (2008). “Freud’s Death: Historical Truth and Biographical Fictions”. American Imago. 65 (1): 107–28. doi:10.1353/aim.0.0003. S2CID 170247119.
- ^ Jump up to:a b “Sigmund Freud’s Collection: An Archaeology of the Mind” (PDF). Archived (PDF) from the original on 22 February 2014. Retrieved 8 February 2014.
- ^ Welter, Volker M (1 October 2011). Ernst L. Freud, Architect. ISBN 978-0-85745-234-4.
- ^ Burke, Janine The Sphinx at the Table: Sigmund Freud’s Art Collection and the Development of Psychoanalysis, New York: Walker and Co. 2006, p. 340.
- ^ Strutzmann, Helmut (2008). “An overview of Freud’s life”. In Joseph P. Merlino; Marilyn S. Jacobs; Judy Ann Kaplan; K. Lynne Moritz (eds.). Freud at 150: 21st Century Essays on a Man of Genius. Plymouth. p. 33. ISBN 978-0-7657-0547-1.
- ^ “The History of Psychiatry”. Retrieved 6 February 2011.
- ^ Rycroft, Charles. A Critical Dictionary of Psychoanalysis. London: Penguin Books, 1995, p. 59
- ^ Rycroft, Charles. A Critical Dictionary of Psychoanalysis. London: Penguin Books, 1995, pp. 185–86
- ^ Hirschmuller, Albrecht. The Life and Work of Josef Breuer. New York: New York University Press, 1989, pp. 101–16, 276–307.
- ^ Hirschmuller, Albrecht. The Life and Work of Josef Breuer. New York: New York University Press, 1989, p. 115.
- ^ Ellenberger, E.H., “The Story of ‘Anna O.’: A Critical Account with New Data”, J. of the Hist. of the Behavioral Sciences, 8 (3), 1972, pp. 693–717.
- ^ Borch-Jacobsen, Mikkel. Remembering Anna O.: A Century of Mystification. London: Routledge, 1996.
- ^ Macmillan, Malcolm. Freud Evaluated: The Completed Arc. Cambridge, Massachusetts: The MIT Press, 1997, pp. 3–24.
- ^ Miller, Gavin (25 November 2009). “Book Review: Richard A. Skues (2009) Sigmund Freud and the History of Anna O.: Reopening a Closed Case”. History of Psychiatry. 20 (4): 509–10. doi:10.1177/0957154X090200040205. S2CID 162260138. Skues, Richard A. Sigmund Freud and the History of Anna O.: Reopening a Closed Case. Basingstoke, England: Palgrave Macmillan, 2006.
- ^ “Faults and Frauds of Sigmund Freud”. Sulloway.org. Archived from the original on 24 September 2015. Retrieved 20 September 2015.
- ^ Freud, Standard Edition, vol. 7, 1906, p. 274; S.E. 14, 1914, p. 18; S.E. 20, 1925, p. 34; S.E. 22, 1933, p. 120; Schimek, J.G. (1987), Fact and Fantasy in the Seduction Theory: a Historical Review. Journal of the American Psychoanalytic Association, xxxv: 937–65; Esterson, Allen (1998). “Jeffrey Masson and Freud’s seduction theory: a new fable based on old myths”. History of the Human Sciences. 11 (1): 1–21. doi:10.1177/095269519801100101. S2CID 170827479. Archived from the original on 3 November 2008.
- ^ Masson (ed), 1985, pp. 141, 144. Esterson, Allen (1998), Jeffrey Masson and Freud’s seduction theory: a new fable based on old myths. History of the Human Sciences, 11 (1), pp. 1–21 Archived 28 August 2008 at the Wayback Machine
- ^ Freud, Standard Edition 3, (1896a), (1896b), (1896c); Israëls, H. & Schatzman, M. (1993), The Seduction Theory. History of Psychiatry, iv: 23–59; Esterson, Allen (1998).
- ^ Freud, Sigmund (1896c). The Aetiology of Hysteria. Standard Edition, Vol. 3, p. 204; Schimek, J.G. (1987). Fact and Fantasy in the Seduction Theory: a Historical Review. Journal of the American Psychoanalytic Association, xxxv: 937–65; Toews, J.E. (1991). Historicizing Psychoanalysis: Freud in His Time and for Our Time, Journal of Modern History, vol. 63 (pp. 504–45), p. 510, n. 12; McNally, R.J. Remembering Trauma, Harvard University Press, 1993, pp. 159–69.
- ^ Freud, Standard Edition 3, 1896c, pp. 204, 211; Schimek, J.G. (1987); Esterson, Allen (1998); Eissler, 2001, pp. 114–15; McNally, R.J. (2003).
- ^ Freud, Standard Edition 3, 1896c, pp. 191–93; Cioffi, Frank. (1998 [1973]). Was Freud a liar? Freud and the Question of Pseudoscience. Chicago: Open Court, pp. 199–204; Schimek, J.G. (1987); Esterson, Allen (1998); McNally, (2003), pp, 159–69.
- ^ Borch-Jacobsen, Mikkel (1996). “Neurotica: Freud and the seduction theory. October, vol. 76, Spring 1996, MIT, pp. 15–43; Hergenhahn, B.R. (1997), An Introduction to the History of Psychology, Pacific Grove, CA: Brooks/Cole, pp. 484–485; Esterson, Allen (2002). The myth of Freud’s ostracism by the medical community in 1896–1905: Jeffrey Masson’s assault on truth”. History of Psychology. 5 (2): 115–34. doi:10.1037/1093-4510.5.2.115. PMID 12096757. Archived from the original on 28 August 2008.
- ^ Jump up to:a b Andrews, B., and Brewin, C. What did Freud get right?, The psychologist, December 2000, page 606 Archived 9 April 2015 at the Wayback Machine
- ^ Freud, S. 1924/1961, p. 204 The aetiology of hysteria. In J. Strachey (Ed. and Trans.), The standard edition of the complete psychological works of Sigmund Freud (Vol. 3, pp. 189–224). London: Hogarth Press. (Original work published 1896, addendum originally published 1924)
- ^ Ahbel-Rappe, K (2006). “‘I no longer believe’: did Freud abandon the seduction theory?”. Journal of the American Psychoanalytic Association. 54 (1): 171–99. doi:10.1177/00030651060540010101. PMID 16602351. S2CID 25379440.
- ^ Jones, Ernest. Sigmund Freud: Life and Work, vol. 1. London: Hogarth Press, 1953, pp. 94–96.
- ^ Byck, Robert. Cocaine Papers by Sigmund Freud. Edited with an Introduction by Robert Byck. New York, Stonehill, 1974.
- ^ Borch-Jacobsen (2001) Archived 12 October 2007 at the Wayback Machine Review of Israëls, Han. Der Fall Freud: Die Geburt der Psychoanalyse aus der Lüge. Hamburg: Europäische Verlagsanstalt, 1999.
- ^ Thornton, Elizabeth. Freud and Cocaine: The Freudian Fallacy. London: Blond and Briggs, 1983, pp. 45–46.
- ^ Jones, E., 1953, pp. 86–108.
- ^ Masson, Jeffrey M. (ed.) The Complete Letters of Sigmund Freud to Wilhelm Fliess, 1887–1904. Harvard University Press, 1985, pp. 49, 106, 126, 127, 132, 201.
- ^ Jump up to:a b Wollheim, Richard (1971). Freud. London, Fontana Press, pp. 157–76
- ^ Mannoni, Octave, Freud: The Theory of the Unconscious, London: Verso 2015 [1971], pp. 137–140.
- ^ Jump up to:a b Laplanche, Jean; Pontalis, Jean-Bertrand (2018) [1973]. “Id”. The Language of Psychoanalysis. Abingdon-on-Thames: Routledge. ISBN 978-0-429-92124-7.
- ^ Jump up to:a b Laplanche, Jean; Pontalis, Jean-Bertrand (2018) [1973]. “Ego“.
- ^ Jump up to:a b Laplanche, Jean; Pontalis, Jean-Bertrand (2018) [1973]. “Super-Ego“.
- ^ Rycroft, Charles. A Critical Dictionary of Psychoanalysis. London: Penguin Books, 1995, p. 41.
- ^ Mannoni, Octave, Freud: The Theory of the Unconscious, London: Verso 2015 [1971], pp. 55–58.
- ^ Freud, Sigmund The Interpretation of Dreams (1976 [1900]) Harmondsworth: Pelican Books, p. 650.
- ^ Mannoni 2015 [1971], pp. 93–97.
- ^ Gay 2006, pp. 515–18
- ^ Cavell, Marcia The Psychoanalytic Mind, Cambridge, Massachusetts: Harvard University Press 1996, p. 225.
- ^ Paul, Robert A. (1991). “Freud’s anthropology”. In James Neu (ed.). The Cambridge Companion to Freud. Cambridge: Cambridge University Press. p. 274. ISBN 978-0-521-37779-9.
- ^ Jump up to:a b Hothersall, D. 2004. “History of Psychology”, 4th ed., Mcgraw-Hill: NY p. 290
- ^ Freud, S. The Ego and the Id, Standard Edition 19, pp. 7, 23.
- ^ Heffner, Christopher. “Freud’s Structural and Topographical Models of Personality”. Psychology 101. Archived from the original on 13 September 2011. Retrieved 5 September 2011.
- ^ Jones, Ernest (1957) [1953]. The Life and Work of Sigmund Freud. Volume 3. New York City: Basic Books. p. 273.
It is a little odd that Freud himself never, except in conversation, used for the death instinct the term Thanatos, one which has become so popular since. At first he used the terms “death instinct” and “destructive instinct” indiscriminately, alternating between them, but in his discussion with Einstein about war he made the distinction that the former is directed against the self and the latter, derived from it, is directed outward. Stekel had in 1909 used the word Thanatos to signify a death-wish, but it was Federn who introduced it in the present context.
- ^ Laplanche, Jean; Pontalis, Jean-Bertrand (2018) [1973]. “Thanatos“.
- ^ Rycroft, Charles. A Critical Dictionary of Psychoanalysis. London: Penguin Books, 1995, p. 95.
- ^ Laplanche, Jean; Pontalis, Jean-Bertrand (2018) [1973]. “Nirvana Principle”.
- ^ Jump up to:a b Wollheim, Richard. Freud. London, Fontana Press, pp. 184–86.
- ^ Schuster, Aaron (2016). The Trouble with Pleasure. Deleuze and Psychoanalysis. Cambridge, Massachusetts: MIT Press. p. 32. ISBN 978-0-262-52859-7.
- ^ Perelberg, Rosine Jozef (15 September 2008). Freud: A Modern Reader. John Wiley & Sons. p. 168. ISBN 978-0-470-71373-0.
- ^ Howarth, Glennys; Leaman, Oliver (16 December 2003). Encyclopedia of Death and Dying. Routledge. p. 304. ISBN 978-1-136-91378-5.
- ^ Grigg, Russell; Hecq, Dominique; Smith, Craig (1999). Feminine Sexuality: The Early Psychoanalytic Controversies. London: Rebus Press. pp. 7–17. ISBN 1900877139.
- ^ Appignanesi, Lisa & Forrester, John. Freud’s Women. London: Penguin Books, 1992, pp.403-414 citing Three Essay on Sexuality (1908), SE VII
- ^ Femininity (1933), SE XXII
- ^ Appignanesi, Lisa & Forrester, John. Freud’s Women. London: Penguin Books, 1992, pp. 430–37
- ^ Rose, J. Sexuality in the Field of Vision, London: Verso 1986 pp. 91–93
- ^ Femininity (1933), SE XXII
- ^ Appignanesi, Lisa & Forrester, John. Freud’s Women. London: Penguin Books, 1992, p.431 citing Freud’s letter to Carl Muller-Braunschwieg of 21 July 1935.
- ^ Jones, James W., ‘Foreword’ in Charles Spezzano and Gerald J. Gargiulo (eds), Soul on the Couch: Spirituality, Religion and Morality in Contemporary Psychoanalysis (Hillsdale, 2003), p. xi. Kepnes, Steven D. (December 1986). “Bridging the gap between understanding and explanation approaches to the study of religion”. Journal for the Scientific Study of Religion. 25 (4): 504–12. doi:10.2307/1385914. JSTOR 1385914.
- ^ Gay 1995, p. 435.
- ^ Chapman, Christopher N. (2007). Freud, Religion and Anxiety. Morrisville, NC. pp. 30–31. ISBN 978-1-4357-0571-5. Freud, Sigmund Totem and Taboo (New York: W.W. Norton & Co. 1950) pp. x, 142, ISBN 978-0-393-00143-3
- ^ Rubin, Jeffrey B., ‘Psychoanalysis is self-centred’ in Charles Spezzano and Gerald J. Gargiulo (eds), Soul on the Couch: Spirituality, Religion and Morality in Contemporary Psychoanalysis (Hillsdale, 2003), p. 79. Freud, Sigmund, Civilization and its Discontents (New York: Norton 1962), pp. 11–12 ISBN 978-0-393-09623-1 Fuller, Andrew R. (2008). Psychology and religion: classical theorists and contemporary developments (4th ed.). Lanham, Md.: Rowman & Littlefield Publishers. p. 33. ISBN 978-0-7425-6022-2.
- ^ Stratton, Kimberly B. (August 2017). Copp, Paul; Wedemeyer, Christian K. (eds.). “Narrating Violence, Narrating Self: Exodus and Collective Identity in Early Rabbinic Literature”. History of Religions. University of Chicago Press for the University of Chicago Divinity School. 57 (1): 68–92. doi:10.1086/692318. ISSN 0018-2710. JSTOR 00182710. LCCN 64001081. OCLC 299661763.
- ^ Costello, Stephen (2010). Hermeneutics and the psychoanalysis of religion. Bern: Peter Lang. pp. 72–77. ISBN 978-3-0343-0124-4.
- ^ Assoun, Paul-Laurent; translated by Richard L. Collier (2002). Freud and Nietzsche. London: Continuum. p. 166. ISBN 978-0-8264-6316-6. Friedman, R.Z. (May 1998). “Freud’s religion: Oedipus and Moses”. Religious Studies. 34 (2): 145. doi:10.1017/S0034412598004296. Roustang, Mikkel Borch-Jacobsen; translated by Catherine Porter (1989). The Freudian subject. Basingstoke: Macmillan. p. 271 n. 42. ISBN 978-0-333-48986-4. Freud, Sigmund, Moses and Monotheism (New York: Vintage Books, 1967). Freud, Sigmund, An Autobiographical Study (New York: W.W. Norton & Co., 1952) pp. 130–31 ISBN 0-393-00146-6
- ^ Juergensmeyer 2004, p. 171; Juergensmeyer 2009, p. 895; Marlan, Leeming and Madden 2008, p. 439; Fuller 1994, pp. 42, 67; Palmer 1997, pp. 35–36
- ^ Perry, Marvin (2010). Western Civilization A Brief History. Boston: Wadsworth Pub Co. p. 405. ISBN 978-0-495-90115-0. Acquaviva, Gary J. (2000). Values, Violence, and Our Future (2. ed.). Amsterdam [u.a.]: Rodopi. p. 26. ISBN 978-90-420-0559-4. Lehrer, Ronald (1995). Nietzsche’s Presence in Freud’s Life and Thought: on the Origins of a Psychology of Dynamic Unconscious Mental Functioning. Albany: State Univ. of New York Press. pp. 180–81. ISBN 978-0-7914-2145-1. Freud, Sigmund, Civilization and its Discontents (New York: Norton 1962), pp. 92 and editor’s footnote ISBN 978-0-393-09623-1) Hergenhahn, B.R. (2009). An Introduction to the History of Psychology (6th ed.). Australia: Wadsworth Cengage Learning. pp. 536–37. ISBN 978-0-495-50621-8. Anderson, James William; Anderson, James William (2001). “Sigmund Freud’s life and work: an unofficial guide to the Freud exhibit”. In Jerome A. Winer (ed.). Sigmund Freud and his impact on the modern world. Hillsdale, NJ; London: Analytical Press. p. 29. ISBN 978-0-88163-342-9. But cf., Drassinower, Abraham (2003). Freud’s theory of culture: Eros, loss and politics. Lanham (Md.): Rowman & Littlefield. pp. 11–15. ISBN 978-0-7425-2262-6.
- ^ Avner Falk (2008). Anti-semitism: A History and Psychoanalysis of Contemporary Hatred. ISBN 978-0-313-35384-0.
- ^ Frosh, Stephen (1987). The Politics of Psychoanalysis. London: Macmillan. p. 1. ISBN 0-333-39614-6.
- ^ Ellenberger, Henri F. (1970). The Discovery of the Unconscious: the History and Evolution of Dynamic Psychiatry. New York: Basic Books. p. 546. ISBN 978-0-465-01673-0.
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- ^ Evidence in Support of Psychodynamic Therapy Archived 4 March 2016 at the Wayback Machine Jessica Yakeley and Peter Hobson (2013)
- ^ Jump up to:a b c d e Kovel, Joel (1991). A Complete Guide to Therapy. London: Penguin Books. pp. 96, 123–35, 165–98. ISBN 978-0-14-013631-9.
- ^ Mitchell, Stephen A. & Black, Margaret J. Freud and Beyond: A History of Modern Psychoanalytic Thought. New York: Basic Books, 1995, pp. 193–203
- ^ Janov, Arthur. The Primal Scream. Primal Therapy: The Cure for Neurosis. London: Sphere Books, 1977, p. 206
- ^ Crews, Frederick, et al. The Memory Wars: Freud’s Legacy in Dispute. New York: The New York Review of Books, 1995, pp. 206–12
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the number of relevant studies runs into thousands”
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- ^ Fisher, Seymour & Greenberg, Roger P. Freud Scientifically Reappraised: Testing the Theories and Therapy. New York: John Wiley & Sons, Inc. 1996, pp. 13–15, 284–85
- ^ Eysenck, Hans (1986). Decline and Fall of the Freudian Empire. Harmondsworth: Pelican. p. 202.
- ^ Malcolm Macmillan, Freud Evaluated: The Completed Arc, MIT Press, 1997, p. xxiii.
- ^ p. 32, Morris N. Eagle, “The Epistemological Status of Recent Developments in Psychoanalytic Theory”, in ‘R.S. Cohen and L. Lauden (eds.), Physics, Philosophy and Psychoanalysis, Reidel 1983, pp. 31–55.
- ^ Webster, Richard (2005). Why Freud Was Wrong: Sin, Science and Psychoanalysis. Oxford: The Orwell Press. pp. 12, 437. ISBN 978-0-9515922-5-0.
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- ^ Jacobsen, Kurt (2009). Freud’s Foes: Psychoanalysis, Science and Resistance. Lanham, Maryland: Rowman & Littlefiled. ISBN 978-0742522633.
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- ^ Popper, Karl. Conjectures and Refutations: The Growth of Scientific Knowledge. London: Routledge and Keagan Paul, 1963, pp. 33–39
- ^ Eysenck, Hans, Decline and Fall of the Freudian Empire Harmondsworth: Pelican, 1986, p. 14.
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- ^ Levy, Donald Freud Among the Philosophers (1996), pp. 129–32.
- ^ Nathan G. Hale, The Rise and Crisis of Psychoanalysis in the United States, 1917–1985, Oxford University Press, 1995 (pp. 300–21).
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- ^ Cooper, Arnold M(ed) Editor’s Preface to Contemporary Psychoanalysis in America American Psychiatric Pub. 2008, pp. xiii–xiv
- ^ Kaplan-Solms, K. & Solms, Mark. Clinical studies in neuro-psychoanalysis: Introduction to a depth neuropsychology. London: Karnac Books, 2000; Solms, Mark & Turbull, O. The brain and the inner world: An introduction to the neuroscience of subjective experience. New York: Other Press, 2002.
- ^ Blass, R.Z. & Carmeli Z. “The case against neuropsychoanalysis: On fallacies underlying psychoanalysis’ latest scientific trend and its negative impact on psychoanalytic discourse.”, The International Journal of Psychoanalysis, Volume 88, Issue 1, pp. 19–40, February 2007.
- ^ Lambert, AJ; Good, KS; Kirk, IJ (2009). “Testing the repression hypothesis: Effects of emotional valence on memory suppression in the think – No think task”. Conscious Cognition. 19 (1): 281–93. doi:10.1016/j.concog.2009.09.004. PMID 19804991. S2CID 32958143.
- ^ Depue, BE; Curran, T; Banich, MT (2007). “Prefrontal regions orchestrate suppression of emotional memories via a two-phase process” (PDF). Science. 317 (5835): 215–19. Bibcode:2007Sci…317..215D. CiteSeerX 10.1.1.561.1627. doi:10.1126/science.1139560. PMID 17626877. S2CID 1616027. Archived (PDF) from the original on 22 September 2017.
- ^ Eagleman, David Incognito: The Secret Lives of the Brain Edinburgh: Canongate, 2011, p. 17
- ^ Kandel, ER (1999). “Biology and the future of psychoanalysis: a new intellectual framework for psychiatry revisited” (PDF). American Journal of Psychiatry. 156 (4): 505–24. doi:10.1176/ajp.156.4.505 (inactive 31 October 2021). PMID 10200728. Archived from the original (PDF) on 22 September 2006.
- ^ Robinson, Paul (1990). The Freudian Left. Ithaca and London: Cornell University Press. pp. 147–49. ISBN 978-0-8014-9716-2.
- ^ Jay, Martin. The Dialectical Imagination: A History of the Frankfurt School and the Institute of Social Research. Berkeley: University of California Press, 1996, pp. 86–112.
- ^ Reich, Wilhelm (1976). People in Trouble. New York: Farrar, Straus and Giroux. p. 53. ISBN 978-0-374-51035-0.
- ^ Robinson, Paul. The Freudian Left: Wilhelm Reich, Geza Roheim, Herbert Marcuse. Ithaca and London: Cornell University Press, 1990, p. 7
- ^ Fromm, Erich. Beyond the Chains of Illusion: My Encounter with Marx & Freud. London: Sphere Books, 1980, p. 11
- ^ Deleuze, Gilles & Guattari, Félix. Anti-Oedipus: Capitalism and Schizophrenia. Minneapolis: University of Minnesota Press, 1992, p. 55.
- ^ Thomas Baldwin (1995). Ted Honderich (ed.). The Oxford Companion to Philosophy. Oxford: Oxford University Press. p. 792. ISBN 978-0-19-866132-0.
- ^ Priest, Stephen. Merleau-Ponty. New York: Routledge, 2003, p. 28
- ^ Adorno, Theodor W. Against Epistemology: A Metacritique. Studies in Husserl and the Phenomenological Antinomies. Cambridge, Massachusetts: MIT Press, 1985, p. 96
- ^ Ricoeur, Paul (2008) [1970]. Freud and Philosophy. An Essay on Interpretation. Denis Savage (transl.). New Haven, Connecticut: Yale University Press. p. 33. ISBN 978-81-208-3305-0.
- ^ Felski, Rita (2012). “Critique and the Hermeneutics of Suspicion”. M/C Journal. 15 (1). doi:10.5204/mcj.431. Archived from the original on 23 March 2016.
- ^ Robinson, Paul (1993). Freud and His Critics. Oakland, California: University of California Press. p. 14. ISBN 978-0-520-08029-4.
- ^ Cleaver, Harry (2000). Reading Capital Politically. Leeds: Ak Press. p. 50. ISBN 978-1-902593-29-6.
- ^ Tony Purvis (2011). Sim, Stuart (ed.). The Lyotard Dictionary. Edinburgh: Edinburgh University Press. pp. 199–200. ISBN 978-0-7486-4006-5.
- ^ Dufresne, Todd. Tales from the Freudian Crypt: The Death Drive in Text and Context. Stanford, California: Stanford University Press, 2000, p. 130.
- ^ Kahn, Charles H. (1987). “Plato’s Theory of Desire” (PDF). The Review of Metaphysics. 41 (1): 77–103. ISSN 0034-6632. JSTOR 20128559. Archived from the original (PDF) on 20 May 2019.
… Plato is perhaps the only major philosopher to anticipate some of the central discoveries of twentieth-century depth psychology, which is, of Freud and his school; …
- ^ ” for Freud the basic nature of our mind is the appetite-id part, which is the main source for agency, for Plato, it is the other way around: we are divine, and reason is the essential nature and the origin of our agencies which together with the emotions temper the extreme and disparate tendencies of our behavior.” Calian, Florian. Plato’s Psychology of Action and the Origin of Agency Archived 25 May 2013 at the Wayback Machine. Affectivity, Agency (2012), p. 21.
- ^ Gellner, Ernest. The Psychoanalytic Movement: The Cunning of Unreason. London: Fontana Press, 1993, pp. 140–43.
- ^ Poets, Academy of American. “In Memory of Sigmund Freud by W. H. Auden – Poems | Academy of American Poets”. poets.org. Archived from the original on 14 April 2016.
- ^ Alexander, Sam “In Memory of Sigmund Freud” (undated) and Thurschwell, P. Sigmund Freud London: Routledge 2009, p. 1
- ^ Bolla, Peter de. Harold Bloom: Towards Historical Rhetorics. London: Routledge, 1988, p. 19
- ^ Paglia, Camille. Sexual Personae: Art and Decadence from Nefertiti to Emily Dickinson. London and New Haven: Yale University Press, 1990, pp. 2, 228
- ^ Jump up to:a b Friedan, Betty. The Feminine Mystique. W.W. Norton, 1963, pp. 166–94
- ^ P. Robinson, Freud and His Critics, 1993, pp. 1–2.
- ^ Jump up to:a b Mitchell, Juliet. Psychoanalysis and Feminism: A Radical Reassessment of Freudian Psychoanalysis. London: Penguin Books, 2000, pp. xxix, 303–56
- ^ Millett, Kate. Sexual Politics. University of Chicago Press, 2000, pp. 176–203
- ^ Koedt, Anne (1970). “The Myth of the Vaginal Orgasm by Anne Koedt”. Archived from the original on 6 January 2013. Retrieved 29 December 2020.
- ^ Weisstein, Naomi (1994). “Kinder, Küche, Kirche as Scientific Law: Psychology Constructs the Female”. In Schneir, Miriam (ed.). Feminism in Our Time. Vintage. p. 217. ISBN 978-0-679-74508-2.
- ^ Gallop, Jane. The Daughter’s Seduction: Feminism and Psychoanalysis. Ithaca, New York: Cornell University Press, 1992
- ^ Gallop, Jane & Burke, Carolyn, in Eisenstein, Hester & Jardine, Alice (eds.). The Future of Difference. New Brunswick and London: Rutgers University Press, 1987, pp. 106–08
- ^ Whitford, Margaret. Luce Irigaray: Philosophy in the Feminine. London and New York: Routledge, 1991, pp. 31–32
- ^ Gilligan, Carol. In a Different Voice: Psychological Theory and Women’s Development. Cambridge, Massachusetts, and London, England: Harvard University Press, 1982, pp. 6–8, 18
- ^ Moi, Toril (2004). “From Femininity to Finitude: Freud, Lacan, and Feminism, again” (PDF). Signs: Journal of Women in Culture and Society. 29 (3): 871. doi:10.1086/380630. S2CID 146342669. Archived (PDF) from the original on 23 June 2016.
- ^ Cavell, Stanley (1999). The Claim of Reason: Wittgenstein, Skepticism, Morality and Tragedy. New York: Oxford University Press. pp. 111 and 431. ISBN 978-0-19-513107-9.
- ^ Cavell, Stanley (1999). The Claim of Reason: Wittgenstein, Skepticism, Morality, and Tragedy. New York: Oxford University Press. p. 431. ISBN 978-0-19-513107-9.
- ^ Holland, Norman N. (1994). John Huston, Freud, 1962 (adapted essay from an earlier version published in How to See Huston’s Freud: Perspectives on John Huston, Ed. Stephen Cooper. Perspectives on Film Series. New York: G. K. Hall, 1994. 164-83.)
- ^ Freud at IMDb
- ^ Dee Jefferson: Jeremy Thomas: The Lone Ranger Archived 3 September 2012 at the Wayback Machine, interview with Jeremy Thomas on thebrag.com, 14 August 2012. Retrieved 23 December 2012.
- ^ Bunson, Matthew (1997). Encyclopedia Sherlockiana. Simon & Schuster. p. 227. ISBN 0-02-861679-0.
- ^ Schager, Nick (23 March 2020). “Netflix’s ‘Freud’ Depicts Sigmund Freud as a Horny, Coked-Out Demon Hunter”. Daily Beast.
- ^ “Freud: Season 1”. Rotten Tomatoes. Retrieved 29 March 2020.
- ^ Horton, Adrian (23 March 2020). “Freud review – Netflix revisionist drama is a ridiculous coked-up mess”. The Guardian.
- ^ Germain, Mark St (2010). Freud’s Last Session. Dramatists Play Service, Inc. ISBN 978-0-8222-2493-8.
- ^ Nicholi, Armand (7 August 2003). The Question of God: C.S. Lewis and Sigmund Freud Debate God, Love, Sex, and the Meaning of Life. ISBN 978-0-7432-4785-6.
- ^ “The Question of God | PBS”. www.pbs.org.
- ^ Nigel Farndale, ‘I was sure that children would not want to be told that this old lady was Lucy’, Telegraph Co. UK, 11 December 2005
- ^ Gabbard, Glen O.; Gabbard, Krin (1999). Psychiatry and the Cinema (2nd ed.). Washington, D.C.: American Psychiatric Association. p. 107. ISBN 978-0-88048-964-5.
- ^ Tilly, Chris (15 February 2019). “‘Bill and Ted’s Excellent Adventure’: What happened to the actors behind the historical figures?”. Yahoo. Yahoo Entertainment. Retrieved 9 December 2020.
- ^ Morrissey, Kim (1994). Dora: A Case of Hysteria. ISBN 978-1-85459-295-8.
- ^ “Portrait of Dora, feminist reconstruction of Freud case, to be performed over two weekends”. news.stanford.edu.
- ^ “My Own Version of You | The Official Bob Dylan Site”. www.bobdylan.com. Retrieved 1 May 2021.
- ^ “The Psychogenesis of a case of Homosexuality in a Woman: 1920: Sigmund Freud”. Lacanianworks.net. Archived from the original on 31 October 2014. Retrieved 20 August 2014.
References[edit source]
- Alexander, Sam. “In Memory of Sigmund Freud”, The Modernism Lab, Yale University. Retrieved 23 June 2012.
- Appignanesi, Lisa and Forrester, John. Freud’s Women. Penguin Books, 2000.
- Auden, W.H. “In Memory of Sigmund Freud”, 1940, poets.org. Retrieved 23 June 2012.
- Bloom, Harold. The Western Canon. Riverhead Books, 1994.
- Blumenthal, Ralph. “Hotel log hints at desire that Freud didn’t repress”, International Herald Tribune, 24 December 2006.
- Clark, Ronald W. (June 1980). Freud: The Man and the Cause (1st ed.). Random House Inc (T). ISBN 978-0-394-40983-2.
- Cohen, David. The Escape of Sigmund Freud. JR Books, 2009.
- Cohen, Patricia. “Freud Is Widely Taught at Universities, Except in the Psychology Department”, The New York Times, 25 November 2007.
- Eissler, K.R. Freud and the Seduction Theory: A Brief Love Affair. Int. Univ. Press, 2005.
- Eysenck, Hans. J. Decline and Fall of the Freudian Empire. Pelican Books, 1986.
- Ford, Donald H. & Urban, Hugh B. Systems of Psychotherapy: A Comparative Study. John Wiley & Sons, Inc, 1965.
- Freud, Sigmund (1896c). The Aetiology of Hysteria. Standard Edition 3.
- Freud, Sigmund and Bonaparte, Marie (ed.). The Origins of Psychoanalysis. Letters to Wilhelm Fliess: Drafts and Notes 1887–1902. Kessinger Publishing, 2009.
- Fuller, Andrew R. Psychology and Religion: Eight Points of View, Littlefield Adams, 1994.
- Gay, Peter. Freud: A Life for Our Time. W. W. Norton & Company, 2006 (first published 1988).
- Gay, Peter (ed.) The Freud Reader. W.W. Norton & Co., 1995.
- Gresser, Moshe. Dual Allegiance: Freud As a Modern Jew. SUNY Press, 1994.
- Holt, Robert. Freud Reappraised: A Fresh Look at Psychoanalytic Theory. The Guilford Press, 1989.
- Hothersall, D. History of Psychology. 3rd edition, Mcgraw-Hill, 1995.
- Jones, E. Sigmund Freud: Life and Work Vol 1: The Young Freud 1856–1900, Hogarth Press, 1953.
- Jones, E. Sigmund Freud: Life and Work Vol 2: The Years of Maturity 1901–1919, Hogarth Press, 1955
- Jones, E. Sigmund Freud: Life and Work Vol 3: The Final Years 1919–1939, Hogarth Press, 1957
- Juergensmeyer, Mark. Terror in the Mind of God: The Global Rise of Religious Violence. University of California Press, 2004.
- Juergensmeyer, Mark. “Religious Violence”, in Peter B. Clarke (ed.). The Oxford Handbook of the Sociology of Religion. Oxford University Press, 2009.
- Kovel, Joel. A Complete Guide to Therapy: From Psychoanalysis to Behaviour Modification. Penguin Books, 1991 (first published 1976).
- Leeming, D.A.; Madden, Kathryn; and Marlan, Stanton. Encyclopedia of Psychology and Religion. Springer Verlag u. Co., 2004.
- Mannoni, Octave. Freud: The Theory of the Unconscious, London: Verso, 2015 [1971].
- Margolis, Deborah P. (1989). “Freud and his Mother”. Modern Psychoanalsys. 14: 37–56.
- Masson, Jeffrey M. (ed.). The Complete Letters of Sigmund Freud to Wilhelm Fless, 1887–1904. Harvard University Press, 1985.
- Meissner, William W. “Freud and the Bible” in Bruce M. Metzger and Michael David Coogan (eds.). The Oxford Companion to the Bible. Oxford University Press, 1993.
- Michels, Robert. “Psychoanalysis and Psychiatry: A Changing Relationship”, American Mental Health Foundation. Retrieved 23 June 2012.
- Mitchell, Juliet. Psychoanalysis and Feminism: A Radical Reassessment of Freudian Psychoanalysis. Penguin Books, 2000.
- Palmer, Michael. Freud and Jung on Religion. Routledge, 1997.
- Pigman, G.W. (1995). “Freud and the history of empathy”. The International Journal of Psychoanalysis. 76 (2): 237–56. PMID 7628894.
- Rice, Emmanuel. Freud and Moses: The Long Journey Home. SUNY Press, 1990.
- Roudinesco, Elisabeth. Jacques Lacan. Polity Press, 1997.
- Sadock, Benjamin J. and Sadock, Virginia A. Kaplan and Sadock’s Synopsis of Psychiatry. 10th ed. Lippincott Williams & Wilkins, 2007.
- Sulloway, Frank J. (1992) [1979]. Freud, Biologist of the Mind. Beyond the Psychoanalytic Legend. Harvard University Press. ISBN 978-0-674-32335-3.
- Vitz, Paul C. Sigmund Freud’s Christian Unconscious. The Guilford Press, 1988.
- Webster, Richard. Why Freud Was Wrong: Sin, Science and Psychoanalysis. HarperCollins, 1995.
Further reading[edit source]
- Brown, Norman O. Life Against Death: The Psychoanalytic Meaning of History. Hanover, NH: Wesleyan University Press, Second Edition 1985.
- Cioffi, Frank. Freud and the Question of Pseudoscience. Peru, IL: Open Court, 1999.
- Cole, J. Preston. The Problematic Self in Kierkegaard and Freud. New Haven, CT: Yale University Press, 1971.
- Crews, Frederick. The Memory Wars: Freud’s Legacy in Dispute. New York: The New York Review of Books, 1995.
- Crews, Frederick. Unauthorized Freud: Doubters Confront a Legend. New York: Penguin Books, 1998.
- Crews, Frederick. Freud: The Making of an Illusion. New York: Metropolitan Books, 2017. ISBN 978-0742522633
- Dufresne, Todd. Killing Freud: Twentieth-Century Culture and the Death of Psychoanalysis. New York: Continuum, 2003.
- Dufresne, Todd, ed. Against Freud: Critics Talk Back. Stanford: Stanford University Press, 2007.
- Ellenberger, Henri. Beyond the Unconscious: Essays of Henri F. Ellenberger in the History of Psychiatry. Princeton: Princeton University Press, 1993.
- Ellenberger, Henri. The Discovery of the Unconscious: The History and Evolution of Dynamic Psychiatry. New York: Basic Books, 1970.
- Esterson, Allen. Seductive Mirage: An Exploration of the Work of Sigmund Freud. Chicago: Open Court, 1993.
- Gay, Peter. Freud: A Life for Our Time. London: Papermac, 1988; 2nd revised hardcover edition, Little Books (1 May 2006), 864 pages, ISBN 978-1-904435-53-2; Reprint hardcover edition, W.W. Norton & Company (1988); trade paperback, W.W. Norton & Company (17 May 2006), 864 pages, ISBN 978-0-393-32861-5
- Gellner, Ernest. The Psychoanalytic Movement: The Cunning of Unreason. London: Fontana Press, 1993.
- Grünbaum, Adolf. The Foundations of Psychoanalysis: A Philosophical Critique. Berkeley: University of California Press, 1984.
- Grünbaum, Adolf. Validation in the Clinical Theory of Psychoanalysis: A Study in the Philosophy of Psychoanalysis. Madison, Connecticut: International Universities Press, 1993.
- Hale, Nathan G., Jr. Freud and the Americans: The Beginnings of Psychoanalysis in the United States, 1876–1917. New York: Oxford University Press, 1971.
- Hale, Nathan G., Jr. The Rise and Crisis of Psychoanalysis in the United States: Freud and the Americans, 1917–1985. New York and Oxford: Oxford University Press, 1995.
- Hirschmüller, Albrecht. The Life and Work of Josef Breuer. New York University Press, 1989.
- Jones, Ernest. The Life and Work of Sigmund Freud. 3 vols. New York: Basic Books, 1953–1957
- Jung, Carl Gustav. The Collected Works of C. G. Jung Volume 4: Freud and Psychoanalysis. Routledge & Kegan Paul Ltd, 1961.
- Macmillan, Malcolm. Freud Evaluated: The Completed Arc. Cambridge, Massachusetts: The MIT Press, 1997.
- Marcuse, Herbert. Eros and Civilization: A Philosophical Inquiry into Freud. Boston: Beacon Press, 1974
- Masson, Jeffrey Moussaieff. The Assault on Truth: Freud’s Suppression of the Seduction Theory. New York: Pocket Books, 1998
- Puner, Helen Walker. Freud: His Life and His Mind. New York: Dell Publishing Co., 1947
- Ricœur, Paul. Freud and Philosophy. New Haven: Yale University Press, 1970.
- Rieff, Philip. Freud: The Mind of the Moralist. Garden City, New York: Anchor Books, 1961
- Roazen, Paul. Freud and His Followers. New York: Knopf, 1975, hardcover; trade paperback, Da Capo Press (22 March 1992) ISBN 978-0-306-80472-4
- Roazen, Paul. Freud: Political and Social Thought. London: Hogarth Press, 1969.
- Roth, Michael, ed. Freud: Conflict and Culture. New York: Vintage, 1998.
- Schur, Max. Freud: Living and Dying. New York: International Universities Press, 1972.
- Stannard, David E. Shrinking History: On Freud and the Failure of Psychohistory. Oxford: Oxford University Press, 1982.
- Webster, Richard. Why Freud Was Wrong: Sin, Science and Psychoanalysis. Oxford: The Orwell Press, 2005.
- Wollheim, Richard. Freud. Fontana, 1971.
- Wollheim, Richard, and James Hopkins, eds. Philosophical essays on Freud. Cambridge: Cambridge University Press, 1982.
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Valeriy Lobanovskyi
Valeriy Vasylyovych Lobanovskyi (Ukrainian: Вале́рій Васи́льович Лобано́вський [wɐˈlɛrɪj lobɐˈnɔu̯sʲkɪj]; Russian: Вале́рий Васи́льевич Лобано́вский; 6 January 1939 – 13 May 2002) was а Ukrainian football player and manager.[1] He was Master of Sports of the USSR, Distinguished Coach of the USSR, and a laureate of the UEFA Order of Merit in Ruby (2002) and FIFA Order of Merit, the highest honour awarded by FIFA.[2][3] In 2002 he was awarded the Hero of Ukraine award (posthumously), his nation’s highest honour, for his contribution to Ukrainian football. In 2008, Lobanovskyi was ranked 6th in Inter‘s list of the 100 Greatest Ukrainians following a nationwide poll that saw around 2.5 million people casting their votes.[4][5][6][7]
Lobanovskyi is most famous for his spells managing FC Dynamo Kyiv and the USSR national football team. Lobanovskyi established Dynamo as the most dominant club in Soviet football in the 1970s and 1980s, winning the Soviet Top League eight times and the Soviet Cup six times in 16 years. In 1975 his Dynamo Kyiv team became the first side from the Soviet Union to win a major European trophy when they beat Hungarian side Ferencváros in the final of the Cup Winners’ Cup. During the tournament, Dynamo Kyiv won eight games out of nine, resulting in a winning percentage of 88.88% – a record that stood for 45 years encompassing all of the major European club football competitions.[8] Lobanovskyi and his team repeated their Cup Winners’ Cup success in 1986, beating Atletico Madrid in the final. In both 1975 and 1986, two of Dynamo’s players (Oleg Blokhin and Igor Belanov respectively) were also awarded the Ballon d’Or under his tutelage. During Lobanovskyi’s first two stints, the team also reached the European Cup semi-finals in 1977 and 1987 and quarter-finals in 1976, 1982 and 1983. With the Soviet Union national team, Lobanovskyi reached the finals of Euro 1988, losing to eventual winners the Netherlands, and won the bronze medal at the 1976 Summer Olympic Games.
After returning to Dynamo Kyiv in 1997 for the third time, Lobanovskyi led the team to another successful run in European competition. In the first full season of his third spell, Dynamo reached the quarter-finals of the Champions League in 1998, topping a group that included FC Barcelona, Newcastle United and PSV Eindhoven, famously winning both games against Barcelona, 3–0 in Kyiv and 4–0 at Camp Nou.[9][10][11] The following season season, Lobanovskyi and his team reached the semi-finals, where they were knocked out by Bayern Munich, with star striker Andriy Shevchenko finishing third in the 1999 Ballon d’Or poll.
Lobanovskyi is highly regarded due to his achievements as a coach and is widely considered one of the greatest managers of all time.[12][13][14] Throughout his coaching career Lobanovskyi won 33 official trophies, becoming the second most decorated manager of all time (behind Alex Ferguson) and the most successful football manager of the 20th century.[15][16][17][18][19] He also holds several managerial records in Soviet football, including most Soviet Top League titles, most Soviet Cup wins (shared with Viktor Maslov) and most USSR Super Cup wins. Lobanovskyi is the only manager to win a major European competition[8] with an Eastern European club twice. He is one of four managers to win the Cup Winners’ Cup twice, and one of two (along with Nereo Rocco) to accomplish the feat with the same team. Lobanovskyi has also won the Ukrainian championship five times out of five – an accomplishment not matched by any other manager. Lobanovskyi has coached three Ballon d’Or winners — Oleg Blokhin, Igor Belanov and Andriy Shevchenko.[20][21][22]
Contents
- 1Early life
- 2Playing career
- 3Coaching career
- 4Death
- 5Management style and influence
- 6Tactics
- 7Remembrance
- 8Personal life
- 9Career statistics
- 10Honours
- 11References
- 12External links
Early life[edit source]
Valeriy Lobanovskyi was born on 6 January 1939 in Kyiv. His father was a factory worker, while his mother was a housewife.[23] He studied at the Kyiv school No.319 (now Valeriy Lobanovskyi Prospect, 146), where a plaque commemorating Lobanovskyi is installed and the school itself has been renamed in his honor.[24] In 1956 he joined the Kyiv Polytechnic Institute but later transferred to the Odessa Polytechnic Institute, where he graduated.[25]
Playing career[edit source]
When the goalkeeper was too far from the closest bar, Lobanovskyi scored a goal right from the cornerWhen the goalkeeper was too close to the closest bar, Lobanovskyi sent the ball to the further bar, where Oleh Bazylevych scored a goal
Lobanovskyi was a graduate of the Kyiv Football School No. 1 and the Football School of Youth in Kyiv (first coach — Mykola Chayka).
At the age of 18, Lobanovskyi was invited to the B-squad of Dynamo Kyiv, the most prominent Ukrainian football club at the time. His debut in the Soviet Top League came on 29 May 1959 against CSK MO Moscow.[26] Lobanovskyi became famous for his ability to accurately deliver curled balls from corner and free kicks (so-called curl) — often Lobanovskyi was able to score the goal directly from the corner. He had regularly been working on these shots during training sessions, using Magnus effect and his own calculations. The Soviet press compared him to Brazilian forward Didi who regularly curved the ball in a similar way at the 1958 World Cup. Teammates often praised Lobanovskyi for his unorthodox mindset and ability to use dribbling, which was unusual for such tall (187 cm) players.[27]
Since 1960, Lobanovskyi was a full-fledged member of the starting line-up. He was mostly used as a left winger, where he formed a duo with Valentyn Troyanovskyi.[28] That same year he became the club’s top goalscorer with 13 goals. In 1961, Dynamo Kyiv became the first football team not from Moscow to win USSR title, with Lobanovskyi scoring 10 goals. He was regularly invited to the national team, but due to strong opposition (at the time there were many top-level left-wingers in Soviet Union like Mikheil Meskhi, Anatoli Ilyin and Galimzyan Khusainov) was able to play only two international games, against Austria and Poland.
Overall he spent seven years with the club before leaving in 1964 due to conflict with the coach Viktor Maslov. Lobanovskyi finished his career after brief spells at Chornomorets Odessa and Shakhtar Donetsk. Lobanovskyi ended his playing career at the age of 29 having scored 71 goals in 253 games in the Soviet Top League (42 goals in 144 matches with Dynamo Kyiv, 15 goals in 59 matches with Chornomorets and 14 goals in 50 matches with Shakhtar).[1]
Coaching career[edit source]
Dnipro Dnipropetrovsk (1968–1973)[edit source]
A year after retiring as a player Lobanovskyi was named the manager of FC Dnipro Dnipropetrovsk on 16 October 1968.[29] That year Dnipro ended up third in the Group 3 (Ukrainian SSR group) of the Class A, group 2. The team won its group next year and entered the league finals, finishing second. In 1970, the league system was reformed and Dnipro entered the newly created Class A, group 1 (later renamed to Soviet First League), which the team won the following year, moving to the Top League. In its first season at the highest level, the club ended up sixth, one point away from silver medals.
Dynamo Kyiv (1973–1982), Soviet Union national team (1975–1976, 1982–1983)[edit source]
Lobanovskyi moved to his former club, Dynamo Kyiv, who were impressed by his accomplishments with Dnipro, in October 1973. In January 1974 he was joined by his former teammate, Oleh Bazylevych. These two would work as a coaching duo until October 1976. Both managers had equal rights: Bazylevych was a theorist, and Lobanovskyi was in charge of the training process.[30] During their first season, the Soviet press often criticized them for rationalism and unwillingness to play attacking football (the so-called away model — the team would play away games defensively to score a draw). In that season, the team won both the league and Soviet Cup.
Both Lobanovskyi and Bazylevych understood the importance of accurate calculation of the physical load on players. With cooperation from Anatoly Zelentsov, a scientist from the department of physical education theory of Kyiv State Institute of Physical Education, Lobanovskyi brought a system of calculation of the training process and mathematical modeling of physical load for the team. Zelentsov later headed Dynamo Kyiv’s scientific laboratory, which was popularly called the Zelentsov Center.[31][32][33] Lobanovskyi was credited for inventing a style of play in which any outfield player can take over the role of any other player in a team, similarly to what was practiced by Rinus Michels at the same time in Netherlands. Unlike Michels, however, Lobanovskyi was developing his style of play scientifically, with a strong emphasis on pressing.[34][35][36]
In 1975, Dynamo Kyiv won the European Cup Winners’ Cup and then-highly regarded European Super Cup. Dynamo Kyiv became the first Soviet club to win a major European trophy. In the first three rounds of Cup Winners’ Cup, the team defeated CSKA Sofia, Eintracht Frankfurt and Bursaspor, winning all home and away games. In semifinals, Dynamo faced the 1974–75 Eredivisie winner, PSV Eindhoven. The Dutch club was considered one of the most powerful in Europe, being sponsored by Philips. The first leg played in Kyiv ended up 3–0 in favor of Lobanovskyi’s team. After losing 1–2 in the second leg, Dynamo Kyiv moved to the final. On 14 May 1975, Dynamo Kyiv won Cup Winners’ Cup for the first time, defeating Ferencváros 3–0 in the final. During the tournament, the team won 88.88% of its matches (8 games out of 9), which remained the best winning record among all European main tournaments’ winning club sides until 2019–20 season when Bayern Munich won all its matches on its way to the Champions League trophy.Lobanovskyi (left) in Eindhoven in 1975 together with the manager of PSV Ben van Gelde
In the autumn of that year, Dynamo Kyiv faced the 1974–75 European Cup winner Bayern Munich for the second ever European Super Cup. Besides winning their second European Cup in a row, Bayern was also the base club for the 1974 World Cup winners. The build-up to the match had a political background, mainly in USSR. The Soviet Ukrainian club won both games, 1–0 in Munich and 2–0 in Kyiv in front of 100,000 fans.[37][38][39] All goals were scored by Oleg Blokhin who would become Ballon d’Or winner that year. The Lobanovskyi—Bazylevych duo received the World Sports Coach of the Year award.[40]
The Lobanovskyi–Bazylevych duo was appointed managers of the Soviet national team in 1975, after the team lost its first game in the Euro qualifying group to Ireland 3–0. Dynamo Kyiv became the base club of the national team. Despite Lobanovskyi’s demands to reorganize national league to autumn-spring format, the USSR Football Federation split 1976 into two seasons (spring and autumn).
Before 1976 season, Lobanovskyi and Bazylevych were pressured by the Moscow officials to accept the Moscow-based Mark Godik as the professional fitness coach to prepare the team for European Cup, Euro qualification and 1976 Summer Olympics. The duo was forced to move the training camp to the mountains where the atmospheric pressure was much higher and the oxygen levels were lower, all while maintaining the same indicators of the intensity of training. The training process was unbalanced, while basic correlation of aerobic and anaerobic exercises was also butchered. Many players struggled during the training process, some players’ measured pulses were above 200 beats per minute.[41]
The club competed in the “spring” season mostly with B-squad, as the first team was able to concentrate on their preparation for the three international tournaments. Dynamo Kyiv left the European Cup after quarterfinals, losing to Saint-Étienne (2–0 in Kyiv and 0–3 in France). The national team won its qualifying group but lost to Czechoslovakia in play-offs, thus failing to qualify at the European championship. After winning bronze medal at the Summer Olympic Games, the coaching duo left the national team.
In the summer of 1976, after a conflict between Kyiv’s players and managerial stuff, Oleh Bazylevych left the team. In 1977 Dynamo Kyiv regained the USSR championship, losing once in 30 games, and reached semifinals of the European Cup. After winning all games on the road to quarterfinals, Lobanovskyi’s side faced Bayern Munich, the winner of the last three European Cups, for the second time in the last two years. After losing 1–0 in Munich, Kyiv’s team scored two unanswered goals in the last 10 minutes of the second leg, moving to semifinals and ending Bayern’s European dominance. In semifinals, however, Dynamo Kyiv was beaten by another German club, Borussia Mönchengladbach.
In the late 1970s and early 1980s, Dynamo was going through generational change. After finishing second and third in the following two years, the team won back-to-back USSR titles in 1980 and 1981. Lobanovskyi led Dynamo Kyiv to European Cup quarter-finals in 1981 and 1982, before leaving the team at the end of 1982 in order to return to managing Soviet national team, being in charge of it during Euro qualification. The team was leading its qualifying group before losing their last match against Portugal in Lisbon, conceding the only goal after an incorrectly ruled penalty (the foul happened outside of the penalty area). Lobanovskyi was sacked again.
Return to Dynamo Kyiv (1984–1986)[edit source]
After being sacked by Soviet national team, Lobanovskyi returned to Dynamo Kyiv after just one year of absence. The club, having been led by Yuriy Morozov in 1983, ended up seventh in the league, the lowest since the spring of 1976, when Kyiv was represented mostly by B-squad. The team was going through crisis, with many key players injured. Dynamo Kyiv finished the 1984 season on tenth place, failing to qualify at UEFA tournaments for the first time in 14 years.
Lobanovskyi saw the problems and knew how to solve them. The coach received team’s support. Lobanovskyi’s side started the 1985 season very strongly and in the end captured another Soviet double, defeating their biggest rival, Spartak Moscow, twice throughout the season.
In 1986, Dynamo Kyiv won their second Cup Winners’ Cup. The team lost the first game to Utrecht but then went on an impressive undefeated streak, winning six games and drawing two with a goal difference 25–6. Throughout the tournament, Lobanovskyi’s side won all home games (and final) with at least three goals difference. On the road to the final, the team defeated Rapid Wien, the runner-up of the previous Cup Winners’ Cup edition, 9–2 on aggregate in quarterfinals and Dukla Prague in semifinals. In the final, Dynamo beat Atletico Madrid, led by Luis Aragones, 3–0. The second goal, scored by Oleg Blokhin, was especially memorable, as it was scored after the so-called “fan attack”. Lobanovskyi’s side was widely praised by the Soviet and European media.[42][43][44][9][10] Many observers, fascinated by the quality of football shown by Dynamo Kyiv, called their style of play “football of the 21st century”, and the side was labeled as “the team from another planet”.[43][44][9][10][45]
Co-managing Dynamo Kyiv and Soviet Union national team again (1986–1990)[edit source]
Following success with Dynamo Kyiv in Cup Winners’ Cup, Lobanovskyi was appointed manager of the national team for the third time. He was asked to manage the side on the eve of the 1986 World Cup. The main squad consisted almost exclusively of Dynamo Kyiv’s players.[46][47] In the group stage, Soviet players destroyed Hungary, scoring six unanswered goals, and drew with European champions, France, 1–1. The team confirmed the first place in the group by defeating Canada 2–0 with a B-squad. After an impressive performance, Lobanovskyi’s side were predicted to be one of the favourites to win the tournament. In the first game of the knockout stage, however, Soviet team lost to Belgium in an extra-time, after Belgium scored two goals due to referee’s mistakes.[46][47][48]
At the conclusion of 1986 season, Dynamo Kyiv won the Soviet Top League for the 12th time (7th time during Lobanovskyi’s time in charge of the club). Igor Belanov was rewarded with Ballon d’Or, becoming the second Kyiv’s player to receive the award, while Oleksandr Zavarov ended up 6th. Overall, Dynamo Kyiv’s players scored the most points during the award’s voting process, just as they did in 1975. Lobanovskyi himself was named both European Coach of the Season and Coach of the Year in 1986.[49]
In 1987, after defeating Besiktas twice in European Cup quarterfinals, Dynamo Kyiv extended their unbeaten streak in main UEFA club tournaments to 14 games,[8] the longest unbeaten streak at the time. In the league Dynamo finished sixth but won the Soviet Cup and prestigious Dynamo Games of the USSR.[17] Meanwhile, the Soviet team won its Euro 1988 qualifying group which consisted of East Germany and defending champions, France, as sbornaja famously defeated them 0–2 in Paris.
The national team achieved great success at the 1988 European Championship, winning silver medals. In every game, at least seven players of the starting line-up represented Dynamo Kyiv and at least eight Kyiv’s players entered the field (substitutions including; only two were allowed at the time). Sbornaja won its group, defeating Netherlands and England and drawing with Ireland. In semifinals, Lobanovskyi’s side defeated Italy, after Hennadiy Lytovchenko and Oleg Protasov (both Dynamo Kyiv’s representatives) scored two unanswered goals. In the final, Soviet team met Netherlands again but was unable to repeat their previous victory from the group stage, losing 0–2. Van Basten’s goal, in which he volleyed right-footed over Rinat Dasayev from the tightest of angles on the right of the penalty area, would later be described as one of the greatest goals in the history of the European Championships.[50][51][52][53]
Following perestroika, many of Lobanovskyi’s best players left the USSR to play in Western Europe. Going into the 1990 World Cup he could not call upon the best Soviet players. As a result, sbornaja finished on the bottom of their group. In the same year, which happened to be the final year of Lobanovskyi’s career in Soviet Union, Dynamo Kyiv, which was going through generational change, won their fourth Soviet double. The team cemented first place in the Top League weeks before the end, winning its 13th league title and establishing themselves as the most successful Soviet football club of all time. In the Cup final, Lobanovskyi’s team destroyed Lokomotiv Moscow 6–1. In the autumn of 1990, Lobanovskyi left Soviet Union in order to take a lucrative offer from United Arab Emirates.
Middle East (1990–1996)[edit source]
In September 1990, Lobanovskyi decided to leave Soviet Union and take up a lucrative offer of managing the United Arab Emirates national football team. Lobanovskyi is recognized as one of the great managers in the history of the national team.[54] During his four year tenure, the team ended up fourth at the Asian Cup (losing bronze medal to South Korea in a penalty shootout), its best finish up to that date. He left Emirates due to a conflict with Emirates football federation and went on to spend the next two years managing the Kuwait national football team (winning a bronze medal at the Asian Games), before agreeing to return to Dynamo Kyiv in November 1996.[55]
Third stint at Dynamo Kyiv (1997–2002)[edit source]
In January 1997, Lobanovskyi returned to manage Dynamo Kyiv for the third time. The club by this time had fallen somewhat from their former heights. The club had been facing little opposition in Ukraine but had little success in European competitions, having been able to enter the Champions League first round only twice in the last five years. During itd last European campaign before Lobanovsky’s return, the team failed to qualify at the group stage of Champions League and was beaten by Neuchâtel Xamax in the first round of the UEFA Cup.
Within a month after Lobanovskyi’s return, the team won the 1997 edition of the CIS Cup, defeating its biggest rival, Russian champion Spartak Moscow, in the final. The team won the 1996-97 Ukrainian league with 11 points gap against the second best team, Shakhtar Donetsk. At the start of the 1997–98 season, Dynamo Kyiv defeated Brøndby in the qualifying round of the Champions League and entered the group stage. Lobanovskyi’s team were seeded against FC Barcelona, Newcastle United and PSV Eindhoven. The group was often described as the death group of the tournament.[56][57][58] In the first two games, however, the team defeated PSV 1–3 in Eindhoven and drew with Newcastle. After that, Lobanovskyi’s side defeated Barcelona, a generally recognized favourite, 3–0 in Kyiv in front of 100,000 fans.[59][60] In the rematch two weeks later the Spanish team, which were coming off of an away victory against Real Madrid and were leading La Liga, lost the home game to Dynamo Kyiv 0–4, with Andriy Shevchenko scoring hat-trick in the first half.[61][60][9][10][11] The Ukrainian team won their group after drawing with PSV 1–1. In quarterfinals, Dynamo faced Juventus. Lobanovskyi’s side were able to draw the first game in Italy but were outclassed 1–4 in Ukraine. On the domestic field, the team won the league and Ukrainian Cup.
At the start of the 1998–99 season, Dynamo struggled to get through qualification. After beating Barry Town with an aggregate score 9–1, the team moved to the Champions League group stage after defeating Sparta Prague in a penalty shootout when both games ended 1–0 in favor of the away team. Dynamo were seeded against Arsenal, Racing Lens and Panathinaikos. The team lost its first game to Panathinaikos in Greece and then drew the home match with Lens, 1–1. Lobanovskyi’s side then faced Arsenal at Wembley Stadium. In the second half, Andriy Shevchenko scored a goal that was cancelled due to offside. The replay, however, showed that the goal was valid.[62][63] Instead, Dennis Bergkamp took Arsenal to the lead in the 72nd minute. In the 88th minute, Dynamo equalised after a strike from Serhii Rebrov to the left corner of the net, and the match finished as a 1–1 draw.[62] In the rematch against Arsenal two weeks later, Lobanovskyi’s team won after Serhii Rebrov, Oleksandr Holovko and Andriy Shevchenko took the team to the 3–0 lead and Stephen Hughes scored the only goal for Arsenal in the 82nd minute of the match. Dynamo then defeated Panathinaikos in Kyiv thanks to an own goal from Angelos Basinas. Before the final match, Dynamo, Panathinaikos and Racing Lens had 8 points, while Arsenal earned only 6 points. Panathinaikos lost the home game to Arsenal while the Ukrainian team was able to earn a 3–1 victory against Lens in France, win their group and move to quarter-finals.
In the play-offs, Lobanovskyi’s team were seeded against the defending champions, Real Madrid. The first match at Santiago Bernabéu Stadium ended in a 1–1 draw. In the rematch in Kyiv, Dynamo won 2–0. All Kyiv’s goals were scored by Andriy Shevchenko. To this day, Dynamo Kyiv remains the only team not from The Big 5 Leagues,[64][65] Portugal and Netherlands to enter the Champions League semi-finals since non-champions of the top European leagues were eligible to compete in the competition for the first time. In semi-finals, the team faced Bayern Munich. In the first match in Ukraine, Dynamo were leading 3–1 after fifty minutes of the playing time and missed at least two promising opportunities to score the fourth goal.[66][67] Instead, Stefan Effenberg reduced Kyiv’s lead and Carsten Jancker equalised in the 88th minute. Bayern then won the second leg 1–0 and moved to the final. Andriy Shevchenko became Champions League’s top goalscorer and received the UEFA Club Forward Of The Year award. Shevchenko also ended up third in the 1999 Ballon d’Or voting process.
In the summer of 1999, Shevchenko was sold to AC Milan, while the team’s captain Oleh Luzhnyi was transferred to Arsenal. Dynamo won the domestic double for the third year in a row and ended their Champions League campaign in the second group stage. The team was able to finish second in the first group stage, in a group which consisted of S.S. Lazio, Bayer Leverkusen and Maribor, but ended up third behind Bayern Munich and Real Madrid in the next round, having earned 10 points.
Afterwards, Dynamo’s second forward, Serhii Rebrov, was sold to Tottenham Hotspur and Kakha Kaladze was bought by AC Milan. With many key players sold, Dynamo Kyiv, which were also going through generational change, was not able to go past the first group stage in the next two seasons. Lobanovskyi won his last trophy in January 2002, when the team won its fourth CIS Cup, having entered the A-squad for the tournament for the first time since 1998. The team won all matches in the competition, defeating Spartak Moscow 4–3 in the final.
Lobanovskyi was appointed manager of the Ukraine national side in March 2000. Once again he was co-managing Dynamo Kyiv and the national team. Lobanovskyi left Ukraine national team after the side failed to qualify for the 2002 World Cup, losing to Germany in the play-offs.
Under his predecessor Yozhef Sabo, the national squad consisted almost exclusively of Dynamo Kyiv players. Lobanovskyi, despite his own obvious connection with Dynamo, initiated into the national squad many players outside of Dynamo. Anatoliy Tymoshchuk and Andriy Vorobey (from Shakhtar Donetsk), Dmytro Parfenov and Maksym Kalynychenko (from Spartak Moscow), Oleksandr Spivak (from Zenit St. Petersburg), Volodymyr Yezerskiy (from Dnipro) and Andriy Voronin (from Mainz) were all either initiated or given their first starting spots in the national team during his tenure. Together with the Dynamo generation of the late 1990s (Shevchenko, Rebrov, Husin, Vashchuk, Shovkovskyi) these players were to form, after Lobanovskyi’s death, the core of the team that reached the 2006 World Cup quarter-finals – the first and only time Ukraine has ever qualified at the World Cup – managed by Oleg Blokhin who had worked under Lobanovskyi for 13 years as a Dynamo Kyiv and Soviet Union national team player.
Death[edit source]
Lobanovskyi’s burial location and monument at Baikove cemetery in Kyiv
Lobanovskyi had to deal with health issues since 1988, when he suffered his first heart attack. Having come back from the Middle East in 1996, Lobanovskyi looked in a visibly worse shape.[68] He suffered a second heart attack in the autumn of 2001, which required surgery. In 2001, Lobanovskyi missed all away games of Dynamo Kyiv in Champions League due to hypertension and being banned from travelling by air.[69]
On 7 May 2002 during Dynamo Kyiv’s game against FC Metalurh Zaporizhzhya, Lobanovskyi fainted and was hospitalized with a stroke. Lobanovskyi went through a brain surgery and his health was rated as critical. The press, which regularly monitored Lobanovsky’s state of health, wrote that there was hope, but Valeriy Lobanovskyi had not regained consciousness.[70] His heart stopped on 13 May at 8:35 pm. At the Champions League final in Glasgow two days later, UEFA held a minute’s silence in his honour.
Lobanovskyi’s funeral on 14 May 2002 was attended by the President of Ukraine Leonid Kuchma, Ukraine’s Prime Minister Anatoliy Kinakh, other politicians, Lobanovskyi’s former players Andriy Shevchenko, Oleg Blokhin, Igor Belanov, Oleksandr Zavarov, Serhii Rebrov etc. In general, from 60.000 to 150.000 people attended the funeral.[71]
Lobanovskyi was buried at Baikove Cemetery. The tombstone is adorned with a colonnade with the inscription in Russian We are alive as long as we are remembered (in original: Мы живы до тех пор, пока нас помнят).
Management style and influence[edit source]
Along with Rinus Michels, Lobanovskyi is recognized for being the inventor of the major football playing style known as “Total Football” in the 1970s.[34][35] Lobanovskyi often referred to Total Football as “gold vein” that would be exploited for many years to come.[72][73] According to Lobanovskyi, the “revolutionary process” in football ended in 1974 with the discovery of Total Football, and in modern football, all players must be able to play in offense and defense equally effectively. Per Lobanovskyi, “Now we are talking about the so-called ‘smart’ universalization. What do I mean? Well, for example, we would not want Andriy Shevchenko, the striker, to play the right defender. But if he gets into this zone, he must be able to perform there. And in the future, football will gradually move from ‘smart’ universalization to full universalization”.[73][72]
Lobanovskyi viewed football game as a system of 22 elements, divided into two sub-systems consisted of 11 elements – if the two sub-systems are equal, the game ends in a draw. The nuance that Lobanovsky considered the most interesting and important was that the efficiency of the subsystem will always be higher than the sum of the efficiencies of its individual elements.[74][75] Lobanovskyi insisted that the training process should be modeled, and fragments of future actions on the field should be practiced. According to Lobanovskyi, team coordination was an outdated concept – each player goes out and does what is needed at this time, and how he does this depends on his skill, training, and ability to express himself. But the structure of the game, tactics should not suffer from who acts as a performer in that particular moment.[76]
Lobanovskyi is credited for bringing a scientific and analytical approach and strong emphasis on physical fitness and diet to the game.[1][77] Many observers recognized Lobanovskyi as the first person to bring science into football, at the time when most managers used basic attributes in their training process. The media often referred to Lobanovskyi as “ahead of his time”.[78][79] With the cooperation with Anatoly Zelentsov, a scientist from the department of physical education theory of Kyiv State Institute of Physical Education, Lobanovskyi brought an accurate system of calculation of the training process and mathematical modeling of physical load for players.[31][77][80][81] Zelentsov, viewed by many as unmistakably meticulous in his analysis, insisted that the team would not lose the match if, during the game, the number of key moments, during which the team made mistakes, would not exceed 18%.[74] Many observers, players and managers credited Lobanovskyi’s teams for being in great physical condition and being able to fulfill tactical ideas and perform certain operations almost on the level of automatism. Many observers described football played by Lobanovskyi’s teams as “football from the future”.[43][44][9][10][45][82]
A lot of people that worked alongside Lobanovskyi described him as a great psychologist.[83][84][85] “A coach should always remember that he works with people, people that largely make the coach what he is now. And people, unlike robots, have a soul that is quite often very vulnerable, and sometimes obstinate”, Lobanovskyi once said in an interview, “It’s really important to know each player’s personality and character. You can be more strict with one player and less strict with another, but for that you need to know their character. You must know which buttons to press to have each player bring as much benefit as possible”.[86][87] Stefan Reshko, who played for Dynamo Kyiv in the 70s, said: “Lobanovskyi was a top-notch psychologist. He had the ability to get the absolute best out of the players he worked with.[85] Anatoliy Demyanenko, trained by Lobanovskyi during the 80s, described him as “a great psychologist. He knew how to communicate with each player. He knew when and to whom he needs to raise his voice, or not to say anything”.[88] Vasyl Kardash, who worked with Lobanovskyi during the late 90s and early 00s, said: “Lobanovskyi was a very good psychologist. His understanding of the psychology of a certain player – not just as a footballer, but as a human being – [is one of the things that] made him one of the great ones”.[89] Andriy Shevchenko often referred to Lobanovskyi as “paternal figure” in his life,[90] claiming that Lobanovskiy “handed him the key” to a successful life: “Lobanovskyi rarely raised his voice. He never yelled at us, nor he ever tried to ‘sort things out’ with anyone. He was respected and admired by everyone around him”.[91]
Many observers, players and managers credited Lobanovskyi for being able to always improve as a manager. One of the famous Lobanovskyi quotes was, “A coach must learn all his life. If hardened, stopped learning – that means, stopped being a coach”.[92][93] His ability to “stay in touch” with modern trends has been described as one of the reasons why he was able to build three great football teams in a span of three different decades – the 70s, 80s and 90s.[94][95][96][10]
Tactics[edit source]
Lobanovskyi placed emphasis on the collective or “the system”. He said “A system does not guarantee success, but it gives a much better chance of success than making it up as you go along.”[97] Everything was meticulously planned, with the team’s preparation divided into three levels. Players were to have individual technical coaching so as to equip them better to fulfil the tasks Lobanovskyi set them during a game; specific tactics and tasks for each player were drawn up according to the opponents; and a strategy was devised for a competition as a whole, placing each game in context by acknowledging that it is impossible for a side to maintain maximal levels over a protracted period.[98] Lobanovskyi and Zelentsov wrote in their book, The Methodological Basis of the Development of Training Models, “the first thing we have in mind is to strive for new courses of action that will not allow the opponent to adapt to our style of play. If an opponent has adjusted himself to our style of play and found a counter-play, then we need to find a new strategy. That is the dialectic of the game. You have to go forward in such a way and with such a range of attacking options that it will force the opponent to make a mistake. In other words, it’s necessary to force the opponent into the condition you want them to be in. One of the most important means of doing that is to vary the size of the playing area.” One thing remained central: keep the preferred playing area as large as possible while in possession, and as small as possible while the opponent had the ball.[98]
In Methodological Basis, Lobanovskyi and Zelentsov give as an example of their preparation for a specific game the European Cup semi-final against Bayern Munich in 1977. ‘The play,’ they wrote, ‘was constructed on attacking actions, with the obligatory neutralisation of the opponent’s players, the intention being to deprive him playing space and to defend against the attacks from wide at which Bayern were so strong. The objective was a draw, but we ended up losing 1–0. In the match in Kyiv, we chose a playing model based on squeezing the play and fighting for the ball in our opponents’ half of the pitch, trying to create a numerical advantage in various areas. Eventually we won 2–0.’[98]In the 1975-76 European Cup games against Saint-Étienne, Dynamo’s formation featured no proper centre-forward, as strikers Blokhin and Onyshchenko constantly played on the flanks, with midfielders Leonid Buryak, Viktor Kolotov and Volodymyr Veremeyev exploiting the central space as deep-lying forwards, anticipating the false nine position.
Lobanovskyi’s preferable formation was the 4–1–3–2. All his teams utilized the talents of two strikers, in 1975 Oleg Blokhin and Volodymyr Onyshchenko, in 1986 Blokhin or Oleh Protasov and Igor Belanov, and in 1999 Andriy Shevchenko and Serhii Rebrov. Lobanovskyi’s forwards were highly versatile, being equally capable of shifting to the flanks, organizing attacks as playmakers, joining midfield in defensive formations and even dropping back to help the full-backs during spells of opponent pressure.[99][100] This versatility of the forwards was key in disorganizing opponents’ defenses and creating space for players attacking from the back.
Pressing was always a key element of Lobanovskyi’s teams. The main goal of pressing was to create situations of numerical superiority for Dynamo players where the ball was, and deny opponents both space and time for the right decisions, thus forcing them to always play the game at Dynamo’s pace. The trademark Dynamo counter-attacks would start with a player dispossessing his opponent in midfield, then immediately playing a quick long ball either to the forwards or the advancing full-backs, so as to catch the opposition unorganized. Lobanovskyi always stressed the importance of the first seconds of an attack after winning the ball, as it is in these seconds that the opposition is less ready to defend in an organized manner. Pressing was a collective effort, and whenever a player moved up the pitch, a teammate covered his position. In this way Dynamo minimized the threat of having to face a counter-attack by the opponent in case the ball was lost.
Lobanovskyi put meticulous attention to set-pieces both in attack and in defense. In defense, Dynamo often used tactical fouling to prevent opponents from getting quality shots on goal, frequently conceding fouls just at the top of the penalty area. The logic behind this was that free kicks were much easier for the goalkeeper to defend that shots in open play. In addition, they also used tactical fouling to prevent counter attacks: by fouling around the halfway line Dynamo’s midfield could get behind the ball to defend. In attack, Lobanovskyi’s teams also were intelligent in their use of playing short from free kicks. During the 1990s, most teams would habitually play the ball long after a foul, using the opportunity to progress up the field as quick as possible. Dynamo recognized that opponents would prepare for this and retreat accordingly. Therefore when they played short, there was no pressure applied to the player with the ball for a long duration, allowing for runs to develop. Dynamo’s first two goals in the 3–0 victory against Barcelona in 1997 came from such situations. The high degree of responsiveness and fast reaction speeds were traits to marvel at of Lobanovskyi’s side, as they frequently looked to increase the tempo and take advantage of teams that used these moments in the game to slow down the match.[101] When Dynamo had won a throw next to the opponents’ area, the tallest midfielder (Andriy Husin) would usually stand just inside the area to receive the ball from the throw and make a header-pass to one of the strikers to create a chance. In this way Dynamo scored the 2–0 against Bayern Munich in 2000, when Ramiz Mamedov launched a throw straight into Husin’s head, Husin flicked on a header-pass to Giorgi Demetradze in the penalty spot, who scored with an overhead kick.[102]
Dynamo’s shape in the late 1990s was a front two of Rebrov and Shevchenko but as an offensive principle they always attacked three lanes: right, left and center. It didn’t matter what the shape was or who it was, there were always three players attacking the three lanes. This was split into two methods, the first being a player attacking one of the wide lanes as one of Rebrov or Shevchenko was central. That player was mostly Belkevich who not only operated behind the striker duo but also attacked the wide areas regularly. The second method was Rebrov and Shevchenko splitting, therefore allowing a runner in between.[99]
In the “stretched diamond” formation, which differs from a typical diamond in that one player operates in a much wider position than the others, Lobanovskyi was able to fully make use of the talents of versatile midfielder Vitaliy Kosovskyi, who was effectively both a left midfielder in the “standard” 4–1–3–2 and a left winger next to Shevchenko and Rebrov when attacks unfolded, practically making the formation a 4–3–3. When defending, Kosovskyi’s speed made him useful also as a left back, enabling the actual left back Kakha Kaladze to drop inside as a third central defender, converting the formation into a 5–3–2. In the absence of Kosovskyi due to injury during the second half of the 1999–2000 season, Lobanovskyi used Giorgi Demetradze as a wide striker. Against Real Madrid at the Bernabeu, Demetradze was instructed to exploit the space in Madrid’s defense left open by full-back Roberto Carlos‘ forward runs. In this game, Demetradze won a penalty (that Rebrov missed),[102] won the corner for Dynamo’s equalizer,[103] and finally crossed for Dynamo’s second goal that made it 1–2.
Dynamo’s defending was usually organized as a mixed zonal-and-man-marking system; players would usually defend zonally yet the opposition’s best player was in most cases man-marked by a Dynamo player who tracked him back whenever he went. Perhaps the most significant application of the tracking back was against Real Madrid in the 1999 Champions League quarter-finals at the Santiago Bernabeu. Aleksandr Khatskevich‘s role was to defend the right channel and center area as Predrag Mijatović drifted inside to overload the center.[104] He also had Oleksiy Mykhaylychenko man-mark Holland’s Ruud Gullit in the Euro 1988 final.[105]
Lobanovskyi was tactically versatie and would make risky changes during matches to alter the course of the game. In December 1998, Dynamo was playing away at RC Lens needing a draw to qualify as first from their Champions League group. Lobanovskyi chose a defensive-minded deployment, with Rebrov posted on the left wing and the midfield consisting of defense-oriented players, being effectively a 4–5–1 with Shevchenko as the lone striker. However, after Lens captain Frédéric Déhu was sent off for a hard challenge on Shevchenko with the score at 0–0, Lobanovskyi quickly made two offensive-minded changes, bringing in Vitaliy Kosovskyi for defender Yuriy Dmytrulin and Valentin Belkevich for Vasyl Kardash and pairing Rebrov with Shevchenko up front, thus changing the system into a 3–2–3–2. Dynamo won the game 3–1, also winning the group to advance to the quarter-finals.[106]
He insisted that a player should be able to play in more than one position. He converted Aleksei Gerasimenko, originally a striker who had scored 46 goals in 71 games with FC Kuban Krasnodar, into a right midfielder,[107] a right full-back,[108] and even into a sweeper.[109] Likewise, central defender Oleksandr Holovko was also good when he joined midfield,[99] and Kakha Kaladze was equally adept as left back, defensive midfielder and centre back.
Lobanovskyi’s emphasis on the system rather than the individuals meant that his teams continued to perform well even when their best players were lost to transfers, injuries or bookings. In the 1997–98 season Dynamo’s two most important midfielders were Yuriy Kalitvintsev and Yuriy Maksymov, who left the team in the end of the year. Lobanovskyi had already found their replacements in Aleksandr Khatskevich and Valentin Belkevich, and the team made an even more spectacular run next season. In the second half of the 1999–2000 season the team was plagued with injuries in key players Vladyslav Vashchuk, Yuriy Dmytrulin and Vitaliy Kosovskyi, and was forced to play important Champions League games against Real Madrid, Bayern Munich and Rosenborg BK with a defensive line consisting of youngsters Andriy Nesmachniy and Serhiy Fedorov and with Gerasimenko playing as a sweeper, way out of his natural position. Despite all this, Dynamo were able to collect 10 points in these 4 matches, beating Rosenborg twice, Bayern once and drawing 2–2 with Real at the Santiago Bernabeu Stadium.
Remembrance[edit source]
Following his death Lobanovskyi was awarded the Hero of Ukraine order, the nation’s highest honour, as well as the UEFA Order of Merit in Ruby.[110] Dynamo Kyiv’s stadium was also renamed the Lobanovsky Stadium in his honour. In 2003, Lobanovskyi was awarded FIFA Order of Merit, the highest honour awarded by FIFA.[2][3][110]
On 11 May 2003, before the first anniversary of the death of Lobanovskyi, a monument was opened near the Lobanovsky Dynamo Stadium.[111]
After his death, A.C. Milan won the Champions League in 2003 with Andriy Shevchenko in the team. After the victory Shevchenko flew to Kyiv to put his medal by the grave of his former manager.[112]
In 2003, the Valeriy Lobanovskyi Memorial Tournament was founded.
Personal life[edit source]
Lobanovskyi was born in Kyiv to Vasyl Mykhailovych Lobko-Lobanovsky and Oleksandra Maksymivna Boichenko. Lobanovskyi’s daughter Svitlana Lobanovska told Newspaper in Ukrainian that Vasyl Lobko-Lobanovsky had a double surname but double surnames were not welcome in the USSR, therefore his both sons, Valeriy and Yevhen, decided to use single surname Lobanovsky.[113]
Lobanovskyi was married to Ada Lobanovska,[114] the couple had a daughter named Svitlana. She is a philologist of the Russian language and owns a restaurant in Kyiv called “U metrá” (“At The Metr”; “Metr” (ukr. Метр) was one of Lobanovskyi’s many nicknames).[115]
Career statistics[edit source]
As a manager[edit source]
Portrait of Valeriy Lobanovskyi on the banner of Dynamo Kyiv‘s fans, 2 March 2008
Team From To Record[116] G W D L Win % Dnipro Dnipropetrovsk 1 January 1969 19 October 1973 213 108 54 51 50.7 Dynamo Kyiv 20 October 1973 30 September 1990 681 356 199 126 52.28 Soviet Union 1 April 1975 31 July 1976 19 11 4 4 57.89 Ukrainian SSR 1979 1979 7 5 1 1 71.43 Soviet Union 12 October 1982 14 November 1983 10 6 3 1 60 Soviet Union 1 June 1986 30 June 1990 48 25 12 11 52.08 United Arab Emirates 1 October 1990 31 December 1992 12 6 3 3 50 Kuwait 1 July 1994 31 December 1996 41 17 11 13 41.46 Dynamo Kyiv 1 January 1997 7 May 2002 268 191 46 31 71.27 Ukraine 1 January 2000 15 November 2001 18 6 7 5 33.33 Total 1968 2002 1317 731 340 246 55.5 Honours[edit source]
Lobanovskyi on a 2019 stamp of Ukraine
Player[edit source]
Dynamo Kyiv
- Soviet Top League (1): 1961
- Soviet Cup (1): 1964
Manager[edit source]
Dnipro Dnipropetrovsk
- Soviet First League (1): 1971
Dynamo Kyiv
- Soviet Top League (8): 1974, 1975, 1977, 1980, 1981, 1985, 1986, 1990
- Soviet Cup (6): 1974, 1978, 1982, 1985, 1987, 1990
- USSR Super Cup (3): 1980, 1985, 1986
- Dynamo Games of the USSR (1): 1987[17]
- Ukrainian National League (5): 1997, 1998, 1999, 2000, 2001
- Ukrainian Cup (3): 1998, 1999, 2000
- European Cup Winners’ Cup (2): 1975, 1986
- European Super Cup (1): 1975; Runner-up: 1986
- European Cup/UEFA Champions League: Semifinalist 1977, 1987, 1999; Quarterfinalist 1976, 1982, 1983, 1998
- Commonwealth of Independent States Cup (3): 1997, 1998, 2002
Soviet Union
Ukrainian SSR
United Arab Emirates
- AFC Asian Cup: 4th place 1992
Kuwait
Individual[edit source]
- Ukrainian Manager of the Season (5 times): 1996–97, 1997–98, 1998–99, 1999–00, 2001–02 (posthumously)
- European Coach of the Year—Sepp Herberger/Tommaso Maestrelli Award (3 times, record): 1986, 1988, 1999
- European Coach of the Season: 1985–86
- Rubinkugel[117] for Central and Eastern European Manager of the Year (7 times, record): 1975, 1985, 1986, 1987, 1988, 1997, 1999[118][49]
- World Sports Manager of the Year: 1975
- Berlin-Britz Manager of the Decade (1980s)[49][119][120]
- Greatest Manager of All Time – one of 5 managers[121] ranked top 10 by France Football, World Soccer and ESPN[122][123][124][125][126]
- 6th place (France Football): 2019[13][127][128]
- 6th place (World Soccer): 2013[14][129]
- 8th place (ESPN): 2013[36]
- France Football 8th Greatest Manager of the 20th Century[49]
- Deutsche Presse-Agentur Greatest Eastern European Manager of the 20th Century: 1999[49]
- Ukrainian Footballer of the Year: 1962, 1963, 1964
Orders and further honours[edit source]
- Hero of Ukraine, Order of the State: 2002[110]
- Order of Merit (Ukraine), Class II: 1998[130]
- Order of Merit (Ukraine), Class III: 1998[131]
- Order of the Badge of Honour: 1971
- Order of the Red Banner of Labour: 1987[132]
- Medal “In Commemoration of the 1500th Anniversary of Kyiv”: 1982
- FIFA Order of Merit: 2002[110]
- UEFA Order of Merit in Ruby: 2002[110]
- Euromaidan Honorary Participant: 2014[133]
References[edit source]
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- ^ Lobanovsky’s Russian revolution goes full circle through the hands of Hiddink
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- ^ Rosenborg-Dynamo 2000 lineups
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-
Otto Hahn
Otto Hahn (pronounced [ˈɔtoː ˈhaːn] (listen); 8 March 1879 – 28 July 1968) was a German chemist who was a pioneer in the fields of radioactivity and radiochemistry. He is referred to as the father of nuclear chemistry and godfather of nuclear fission. Hahn and Lise Meitner discovered radioactive isotopes of radium, thorium, protactinium and uranium. He also discovered the phenomena of radioactive recoil and nuclear isomerism, and pioneered rubidium–strontium dating. In 1938, Hahn, Lise Meitner and Fritz Strassmann discovered nuclear fission, for which Hahn received the 1944 Nobel Prize for Chemistry. Nuclear fission was the basis for nuclear reactors and nuclear weapons.
A graduate of the University of Marburg, Hahn studied under Sir William Ramsay at University College London and at McGill University in Montreal under Ernest Rutherford, where he discovered several new radioactive isotopes. He returned to Germany in 1906; Emil Fischer placed a former woodworking shop in the basement of the Chemical Institute at the University of Berlin at his disposal to use as a laboratory. Hahn completed his habilitation in the spring of 1907 and became a Privatdozent. In 1912, he became head of the Radioactivity Department of the newly founded Kaiser Wilhelm Institute for Chemistry. Working with the Austrian physicist Lise Meitner in the building that now bears their names, he made a series of groundbreaking discoveries, culminating with her isolation of the longest-lived isotope of protactinium in 1918.
During World War I he served with a Landwehr regiment on the Western Front, and with the chemical warfare unit headed by Fritz Haber on the Western, Eastern and Italian fronts, earning the Iron Cross (2nd Class) for his part in the First Battle of Ypres. After the war he became the head of the Kaiser Wilhelm Institute for Chemistry, while remaining in charge of his own department. Between 1934 and 1938, he worked with Strassmann and Meitner on the study of isotopes created through the neutron bombardment of uranium and thorium, which led to the discovery of nuclear fission. He was an opponent of national socialism and the persecution of Jews by the Nazi Party that caused the removal of many of his colleagues, including Meitner, who was forced to flee Germany in 1938. During World War II, he worked on the German nuclear weapons program, cataloguing the fission products of uranium. As a consequence, at the end of the war he was arrested by the Allied forces; he was incarcerated in Farm Hall with nine other German scientists, from July 1945 to January 1946.
Hahn served as the last president of the Kaiser Wilhelm Society for the Advancement of Science in 1946 and as the founding president of its successor, the Max Planck Society from 1948 to 1960. In 1959 he co-founded in Berlin the Federation of German Scientists, a non-governmental organization, which has been committed to the ideal of responsible science. As he worked to rebuild German science, he became one of the most influential and respected citizens of the post-war West Germany.
Contents
- 1Early life
- 2Discovery of radio thorium, and other “new elements”
- 3Discovery of mesothorium I
- 4Discovery of radioactive recoil
- 5Marriage to Edith Junghans
- 6World War I
- 7Discovery of protactinium
- 8Discovery of nuclear isomerism
- 9Applied Radiochemistry
- 10National socialism
- 11Rubidium–strontium dating
- 12Discovery of nuclear fission
- 13World War II
- 14Incarceration
- 15The Nobel Prize in Chemistry 1944
- 16Founder and President of the Max Planck Society
- 17Spokesman for social responsibility
- 18Honors and awards
- 19Death
- 20See also
- 21Publications in English
- 22Notes
- 23References
- 24Further reading
- 25External links
Early life[edit source]
Otto Hahn was born in Frankfurt am Main on 8 March 1879, the youngest son of Heinrich Hahn (1845–1922), a prosperous glazier (and founder of the Glasbau Hahn company), and Charlotte Hahn née Giese (1845–1905). He had an older half-brother Karl, his mother’s son from her previous marriage, and two older brothers, Heiner and Julius. The family lived above his father’s workshop. The younger three boys were educated at Klinger Oberrealschule in Frankfurt. At the age of 15, he began to take a special interest in chemistry, and carried out simple experiments in the laundry room of the family home. His father wanted Otto to study architecture, as he had built or acquired several residential and business properties, but Otto persuaded him that his ambition was to become an industrial chemist.[1]
In 1897, after taking his Abitur, Hahn began to study chemistry at the University of Marburg. His subsidiary subjects were mathematics, physics, mineralogy and philosophy. Hahn joined the Students’ Association of Natural Sciences and Medicine, a student fraternity and a forerunner of today’s Landsmannschaft Nibelungi (Coburger Convent der akademischen Landsmannschaften und Turnerschaften). He spent his third and fourth semesters at the University of Munich, studying organic chemistry under Adolf von Baeyer, physical chemistry under Friedrich Wilhelm Muthmann, and inorganic chemistry under Karl Andreas Hofmann. In 1901, Hahn received his doctorate in Marburg for a dissertation entitled “On Bromine Derivates of Isoeugenol”, a topic in classical organic chemistry. He completed his one-year military service (instead of the usual two because he had a doctorate) in the 81st Infantry Regiment, but unlike his brothers, did not apply for a commission. He then returned to the University of Marburg, where he worked for two years as assistant to his doctoral supervisor, Geheimrat Professor Theodor Zincke.[2][3]
Discovery of radio thorium, and other “new elements”[edit source]
William Ramsay, London 1905
Hahn’s intention was still to work in industry. He received an offer of employment from Eugen Fischer, the director of Kalle & Co. [de] (and the father of organic chemist Hans Fischer), but a condition of employment was that Hahn had to have lived in another country and have a reasonable command of another language. With this in mind, and to improve his knowledge of English, Hahn took up a post at University College London in 1904, working under Sir William Ramsay, who was known for having discovered the inert gases. Here Hahn worked on radiochemistry, at that time a very new field. In early 1905, in the course of his work with salts of radium, Hahn discovered a new substance he called radiothorium (thorium-228), which at that time was believed to be a new radioactive element.[2] (In fact, it was an isotope of the known element thorium; the concept of an isotope, along with the term, was only coined in 1913, by the British chemist Frederick Soddy).[4]
Ramsay was enthusiastic when yet another new element was found in his institute, and he intended to announce the discovery in a correspondingly suitable way. In accordance with tradition this was done before the committee of the venerable Royal Society. At the session of the Royal Society on 16 March 1905 Ramsay communicated Hahn’s discovery of radiothorium.[5] The Daily Telegraph informed its readers:
A new element – Very soon the scientific papers will be agog with a new discovery which has been added to the many brilliant triumphs of Gower Street. Dr. Otto Hahn, who is working at University College, has discovered a new radioactive element, extracted from a mineral from Ceylon, named Thorianite, and possibly, it is conjectured, the substance which renders thorium radioactive. Its activity is at least 250,000 times as great as that of thorium, weight for weight. It gives off a gas (generally called an emanation), identical with the radioactive emanation from thorium. Another theory of deep interest is that it is the possible source of a radioactive element possibly stronger in radioactivity than radium itself, and capable of producing all the curious effects which are known of radium up to the present. – The discoverer read a paper on the subject to the Royal Society last week, and this should rank, when published, among the most original of recent contributions to scientific literature.[6]
Ernest Rutherford at McGill University, Montreal 1905
Hahn published his results in the Proceedings of the Royal Society on 24 March 1905.[7] It was the first of over 250 scientific publications of Otto Hahn in the field of radiochemistry.[8] At the end of his time in London, Ramsay asked Hahn about his plans for the future, and Hahn told him about the job offer from Kalle & Co. Ramsay told him radiochemistry had a bright future, and that someone who had discovered a new radioactive element should go to the University of Berlin. Ramsay wrote to Emil Fischer, the head of the chemistry institute there, who replied that Hahn could work in his laboratory, but could not be a Privatdozent because radiochemistry was not taught there. At this point, Hahn decided that he first needed to know more about the subject, so he wrote to the leading expert on the field, Ernest Rutherford. Rutherford agreed to take Hahn on as an assistant, and Hahn’s parents undertook to pay Hahn’s expenses.[9]
From September 1905 until mid-1906, Hahn worked with Rutherford’s group in the basement of the Macdonald Physics Building at McGill University in Montreal. There was some scepticism about the existence of radiothorium, which Bertram Boltwood memorably described as a compound of thorium X and stupidity. Boltwood was soon convinced that it did exist, although he and Hahn differed on what its half life was. William Henry Bragg and Richard Kleeman had noted that the alpha particles emitted from radioactive substances always had the same energy, providing a second way of identifying them, so Hahn set about measuring the alpha particle emissions of radiothorium. In the process, he found that a precipitation of thorium A (polonium-216) and thorium B (lead-212) also contained a short-lived “element”, which he named thorium C (which was later identified as polonium-212). Hahn was unable to separate it, and concluded that it had a very short half life (it is about 300 ns). He also identified radioactinium (thorium-227) and radium D (later identified as lead-210).[10][11] Rutherford remarked that: “Hahn has a special nose for discovering new elements.”[12]
Discovery of mesothorium I[edit source]
Hahn and Meitner, 1913, in the chemical laboratory of the Kaiser Wilhelm Institute for Chemistry. When a colleague she did not recognise said that they had met before, Meitner replied: “You probably mistake me for Professor Hahn.”[13]
In 1906, Hahn returned to Germany, where Fischer placed at his disposal a former woodworking shop (Holzwerkstatt) in the basement of the Chemical Institute to use as a laboratory. Hahn equipped it with electroscopes to measure alpha and beta particles and gamma rays. In Montreal these had been made from discarded coffee tins; Hahn made the ones in Berlin from brass, with aluminium strips insulated with amber. These were charged with hard rubber sticks that he rubbed then against the sleeves of his suit.[14] It was not possible to conduct research in the wood shop, but Alfred Stock, the head of the inorganic chemistry department, let Hahn use a space in one of his two private laboratories.[15] Hahn purchased two milligrams of radium from Friedrich Oskar Giesel, the discoverer of emanium (radon), for 100 marks a milligram,[14] and obtained thorium for free from Otto Knöfler, whose Berlin firm was a major producer of thorium products.[16]
In the space of a few months Hahn discovered mesothorium I (radium-228), mesothorium II (actinium-228), and – independently from Boltwood – the mother substance of radium, ionium (later identified as thorium-230). In subsequent years, mesothorium I assumed great importance because, like radium-226 (discovered by Pierre and Marie Curie), it was ideally suited for use in medical radiation treatment, but cost only half as much to manufacture. Along the way, Hahn determined that just as he was unable to separate thorium from radiothorium, so he could not separate mesothorium from radium.[17][18]
Hahn completed his habilitation in the spring of 1907, and became a Privatdozent. A thesis was not required; the Chemical Institute accepted one of his publications on radioactivity instead.[19] Most of the organic chemists at the Chemical Institute did not regard Hahn’s work as real chemistry.[20] Fischer objected to Hahn’s contention in his habilitation colloquium that many radioactive substances existed in such tiny amounts that they could only be detected by their radioactivity, venturing that he had always been able to detect substances with his keen sense of smell, but soon gave in.[15] One department head remarked: “it is incredible what one gets to be a Privatdozent these days!”[20]Physicists and chemists in Berlin in 1920. Front row, left to right: Hertha Sponer, Albert Einstein, Ingrid Franck, James Franck, Lise Meitner, Fritz Haber, and Otto Hahn. Back row, left to right: Walter Grotrian, Wilhelm Westphal, Otto von Baeyer [de], Peter Pringsheim [de] and Gustav Hertz
Physicists were more accepting of Hahn’s work, and he began attending a colloquium at the Physics Institute conducted by Heinrich Rubens. It was at one of these colloquia where, on 28 September 1907, he made the acquaintance of the Austrian physicist Lise Meitner. Almost the same age as himself, she was only the second woman to receive a doctorate from the University of Vienna, and had already published two papers on radioactivity. Rubens suggested her as a possible collaborator. So began the thirty-year collaboration and lifelong close friendship between the two scientists.[20][21]
In Montreal, Hahn had worked with physicists including at least one woman, Harriet Brooks, but it was difficult for Meitner at first. Women were not yet admitted to universities in Prussia. Meitner was allowed to work in the wood shop, which had its own external entrance, but could not set foot in the rest of the institute, including Hahn’s laboratory space upstairs. If she wanted to go to the toilet, she had to use one at the restaurant down the street. The following year, women were admitted to universities, and Fischer lifted the restrictions, and had women’s toilets installed in the building.[22] The Institute of Physics was more accepting than chemists, and she became friends with the physicists there, including Otto von Baeyer [de], James Franck, Gustav Hertz, Robert Pohl, Max Planck, Peter Pringsheim [de] and Wilhelm Westphal.[21]
Discovery of radioactive recoil[edit source]
Former Kaiser Wilhelm Institute for Chemistry building in Berlin. Heavily damaged by bombing during the Second World War, it was restored and became part of the Free University of Berlin. It was renamed the Otto Hahn Building in 1956, and the Hahn-Meitner Building in 2010.[23][24]
Harriet Brooks observed a radioactive recoil in 1904, but interpreted it wrongly. Hahn and Meitner succeeded in demonstrating the radioactive recoil incident to alpha particle emission and interpreted it correctly. Hahn pursued a report by Stefan Meyer and Egon Schweidler of a decay product of actinium with a half-life of about 11.8 days. Hahn determined that it was actinium X (radium-223). Moreover, he discovered that at the moment when a radioactinium (thorium-227) atom emits an alpha particle, it does so with great force, and the actinium X experiences a recoil. This is enough to free it from chemical bonds, and it has a positive charge, and can be collected at a negative electrode.[25] Hahn was thinking only of actinium, but on reading his paper, Meitner told him that he had found a new way of detecting radioactive substances. They set up some tests, and soon found actinium C” (thallium-207) and thorium C” (thallium-208).[25] The physicist Walther Gerlach described radioactive recoil as “a profoundly significant discovery in physics with far-reaching consequences”.[26]
In 1910, Hahn was appointed professor by the Prussian Minister of Culture and Education, August von Trott zu Solz. Two years later, Hahn became head of the Radioactivity Department of the newly founded Kaiser Wilhelm Institute for Chemistry in Berlin-Dahlem (in what is today the Hahn-Meitner-Building of the Free University of Berlin). This came with an annual salary of 5,000 marks. In addition, he received 66,000 marks in 1914 (of which he gave 10 per cent to Meitner) from Knöfler for the mesothorium process. The new institute was inaugurated on 23 October 1912 in a ceremony presided over by Kaiser Wilhelm II.[27] The Kaiser was shown glowing radioactive substances in a dark room.[28]
The move to new accommodation was fortuitous, as the wood shop had become thoroughly contaminated by radioactive liquids that had been spilt, and radioactive gases that had vented and then decayed and settled as radioactive dust, making sensitive measurements impossible. To ensure that their clean new laboratories stayed that way, Hahn and Meitner instituted strict procedures. Chemical and physical measurements were conducted in different rooms, people handling radioactive substances had to follow protocols that included not shaking hands, and rolls of toilet paper were hung next to every telephone and door handle. Strongly radioactive substances were stored in the old wood shop, and later in a purpose-built radium house on the institute grounds.[29]
Marriage to Edith Junghans[edit source]
Marble plaque in Latin by Professor Massimo Ragnolini, commemorating the honeymoon of Otto Hahn and his wife Edith at Punta San Vigilio, Lake Garda, Italy, in March and April 1913
With a regular income, Hahn was now able to contemplate marriage. In June 1911, while attending a conference in Stettin, Hahn met Edith Junghans [de] (1887–1968) , a student at the Royal School of Art in Berlin. They saw each other again in Berlin, and became engaged in November 1912. On 22 March 1913 the couple married in Edith’s native city of Stettin, where her father, Paul Ferdinand Junghans, was a high-ranking law officer and President of the City Parliament until his death in 1915. After a honeymoon at Punta San Vigilio on Lake Garda in Italy, they visited Vienna, and then Budapest, where they stayed with George de Hevesy.[30]
Their only child, Hanno Hahn [de], was born on 9 April 1922. During World War II, he enlisted in the army in 1942, and served with distinction on the Eastern Front as a panzer commander. He lost an arm in combat. After the war he became a distinguished art historian and architectural researcher (at the Hertziana in Rome), known for his discoveries in the early Cistercian architecture of the 12th century. In August 1960, while on a study trip in France, Hanno died in a car accident, together with his wife and assistant Ilse Hahn née Pletz. They left a fourteen-year-old son, Dietrich Hahn.[31]
In 1990, the Hanno and Ilse Hahn Prize [de] for outstanding contributions to Italian art history was established in memory of Hanno and Ilse Hahn to support young and talented art historians. It is awarded biennially by the Bibliotheca Hertziana – Max Planck Institute for Art History in Rome.[32]
World War I[edit source]
In July 1914—shortly before the outbreak of World War I—Hahn was recalled to active duty with the army in a Landwehr regiment. They marched through Belgium, where the platoon he commanded was armed with captured machine guns. He was awarded the Iron Cross (2nd Class) for his part in the First Battle of Ypres. He was a joyful participant in the Christmas truce of 1914, and was commissioned as a lieutenant.[33] In mid-January 1915, he was summoned to meet chemist Fritz Haber, who explained his plan to break the trench deadlock with chlorine gas. Hahn raised the issue that the Hague Convention banned the use of projectiles containing poison gases, but Haber explained that the French had already initiated chemical warfare with tear gas grenades, and he planned to get around the letter of the convention by releasing gas from cylinders instead of shells.[34]
Haber’s new unit was called Pioneer Regiment 35. After brief training in Berlin, Hahn, together with physicists James Franck and Gustav Hertz, was sent to Flanders again to scout for a site for a first gas attack. He did not witness the attack because he and Franck were off selecting a position for the next attack. Transferred to Poland, at the Battle of Bolimów on 12 June 1915, they released a mixture of chlorine and phosgene gas. Some German troops were reluctant to advance when the gas started to blow back, so Hahn led them across No Man’s land. He witnessed the death agonies of Russians they had poisoned, and unsuccessfully attempted to revive some with gas masks. He was transferred to Berlin as a human Guinea-pig testing poisonous gases and gas masks. On their next attempt on 7 July, the gas again blew back on German lines, and Hertz was poisoned. This assignment was interrupted by a mission at the front in Flanders and again in 1916 by a mission to Verdun to introduce shells filled with phosgene to the Western Front. Then once again he was hunting along both fronts for sites for gas attacks. In December 1916 he joined the new gas command unit at Imperial Headquarters.[34][35]
Between operations, Hahn returned to Berlin, where he was able to slip back to his old laboratory and assist Meitner with her research. In September 1917 he was one of three officers, disguised in Austrian uniforms, sent to the Isonzo front in Italy to find a suitable location for an attack, utilising newly developed rifled minenwerfers that simultaneously hurled hundreds of containers of poison gas onto enemy targets. They selected a site where the Italian trenches were sheltered in a deep valley so that a gas cloud would persist. The Battle of Caporetto broke through the Italian line and the Central Powers overran much of northern Italy. In 1918 the German offensive in the west smashed through the Allies‘ lines after a massive release of gas from their mortars. That summer Hahn was accidentally poisoned by phosgene while testing a new model gas mask. At the end of the war he was in the field in mufti on a secret mission to test a pot that heated and released a cloud of arsenicals.[36][34]
Discovery of protactinium[edit source]
The decay chain of actinium. Alpha decay shifts two elements down; beta decay shifts one element up.
In 1913, chemists Frederick Soddy and Kasimir Fajans independently observed that alpha decay caused atoms to shift down two places on the periodic table, while the loss of two beta particles restored it to its original position. Under the resulting reorganisation of the periodic table, radium was placed in group II, actinium in group III, thorium in group IV and uranium in group VI. This left a gap between thorium and uranium. Soddy predicted that this unknown element, which he referred to (after Dmitri Mendeleev) as “ekatantalium”, would be an alpha emitter with chemical properties similar to tantalium. It was not long before Fajans and Oswald Helmuth Göhring discovered it as a decay product of a beta-emitting product of thorium. Based on the radioactive displacement law of Fajans and Soddy, this was an isotope of the missing element, which they named “brevium” after its short half life. However, it was a beta emitter, and therefore could not be the mother isotope of actinium. This had to be another isotope of the same element.[37]
Hahn and Meitner set out to find the missing mother isotope. They developed a new technique for separating the tantalum group from pitchblende, which they hoped would speed the isolation of the new isotope. The work was interrupted by the First World War. Meitner became an X-ray nurse, working in Austrian Army hospitals, but she returned to the Kaiser Wilhelm Institute in October 1916. Not only Hahn but most of the students, laboratory assistants and technicians had been called up, so she had to do everything herself, aided only briefly by Hahn when he came home on leave. By December 1917 she was able to isolate the substance, and after further work was able to prove that it was indeed the missing isotope. She submitted their findings for publication in March 1918.[37]
Although Fajans and Göhring had been the first to discover the element, custom required that an element was represented by its longest-lived and most abundant isotope, and brevium did not seem appropriate. Fajans agreed to Meitner naming the element protoactinmium, and assigning it the chemical symbol Pa. In June 1918, Soddy and John Cranston announced that they had extracted a sample of the isotope, but unlike Meitner were unable to describe its characteristics. They acknowledged Meitner’s priority, and agreed to the name. The connection to uranium remained a mystery, as neither of the known isotopes of uranium decayed into protactinium. It remained unsolved until the mother isotope, uranium-235, was discovered in 1929.[37][38]
For their discovery Hahn and Meitner were repeatedly nominated for the Nobel Prize in Chemistry in the 1920s by several scientists, among them Max Planck, Heinrich Goldschmidt, and Fajans himself.[39][40] In 1949, the International Union of Pure and Applied Chemistry (IUPAC) named the new element definitively protactinium, and confirmed Hahn and Meitner as discoverers.[41]
Discovery of nuclear isomerism[edit source]
With the discovery of protactinium, most of the decay chains of uranium had been mapped. When Hahn returned to his work after the war, he looked back over his 1914 results, and considered some anomalies that had been dismissed or overlooked. He dissolved uranium salts in a hydrofluoric acid solution with tantalic acid. First the tantalum in the ore was precipitated, then the protactinium. In addition to the uranium X1 (thorium-234) and uranium X2 (protactinium-234), Hahn detected traces of a radioactive substance with a half life of between 6 and 7 hours. There was one isotope known to have a half life of 6.2 hours, mesothorium II (actinium-228). This was not in any probable decay chain, but it could have been contamination, as the Kaiser Wilhelm Institute for Chemistry had experimented with it. Hahn and Meitner demonstrated in 1919 that when actinium is treated with hydrofluoric acid, it remains in the insoluble residue. Since mesothorium II was an isotope of actinium, the substance was not mesothorium II; it was protactinium.[42][43] Hahn was now confident enough that he had found something that he named his new isotope “uranium Z”, and in February 1921, he published the first report on his discovery.[44]
Hahn determined that uranium Z had a half life of around 6.7 hours (with a two per cent margin of error) and that when uranium X1 decayed, it became uranium X2 about 99.75 per cent of the time, and uranium Z around 0.25 per cent of the time. He found that the proportion of uranium X to uranium Z extracted from several kilograms of uranyl nitrate remained constant over time, strongly indicating that uranium X was the mother of uranium Z. To prove this, Hahn obtained a hundred kilograms of uranyl nitrate; separating the uranium X from it took weeks. He found that the half life of the parent of uranium Z differed from the known 24 day half life of uranium X1 by no more than two or three days, but was unable to get a more accurate value. Hahn concluded that uranium Z and uranium X2 were both the same isotope of protactinium (protactinium-234), and they both decayed into uranium II (uranium-234), but with different half lives.[42][43][45]
Uranium Z was the first example of nuclear isomerism. Walther Gerlach later remarked that this was “a discovery that was not understood at the time but later became highly significant for nuclear physics”.[26] Not until 1936 was Carl Friedrich von Weizsäcker able to provide a theoretical explanation of the phenomenon.[46][47] For this discovery, whose full significance was recognised by very few, Hahn was again proposed for the Nobel Prize in Chemistry by Bernhard Naunyn, Goldschmidt and Planck.[39]
Applied Radiochemistry[edit source]
In 1924, Hahn was elected to full membership of the Prussian Academy of Sciences in Berlin, by a vote of thirty white balls to two black.[48] While still remaining the head of his own department, he hecame Deputy Director of the Kaiser Wilhelm Institute for Chemistry in 1924, and succeeded Alfred Stock as the director in 1928.[49] Meitner became the director of the Physical Radioactivity Division, while Hahn headed the Chemical Radioactivity Division.[50] In the early 1920s, he created a new line of research. Using the “emanation method”, which he had recently developed, and the “emanation ability”, he founded what became known as “applied radiochemistry” for the researching of general chemical and physical-chemical questions. In 1936 Cornell University Press published a book in English (and later in Russian) titled Applied Radiochemistry, which contained the lectures given by Hahn when he was a visiting professor at Cornell University in Ithaca, New York, in 1933. This important publication had a major influence on almost all nuclear chemists and physicists in the United States, the United Kingdom, France, and the Soviet Union during the 1930s and 1940s.[51]
In 1966, Glenn T. Seaborg, co-discoverer of many transuranium elements, wrote about this book as follows:
As a young graduate student at the University of California at Berkeley in the mid-1930s and in connection with our work with plutonium a few years later, I used his book Applied Radiochemistry as my bible. This book was based on a series of lectures which Professor Hahn had given at Cornell in 1933; it set forth the “laws” for the co-precipitation of minute quantities of radioactive materials when insoluble substances were precipitated from aqueous solutions. I recall reading and rereading every word in these laws of co-precipitation many times, attempting to derive every possible bit of guidance for our work, and perhaps in my zealousness reading into them more than the master himself had intended. I doubt that I have read sections in any other book more carefully or more frequently than those in Hahn’s Applied Radiochemistry. In fact, I read the entire volume repeatedly and I recall that my chief disappointment with it was its length. It was too short.[51]
National socialism[edit source]
Fritz Strassmann had come to the Kaiser Wilhelm Institute for Chemistry to study under Hahn to improve his employment prospects. After the Nazi Party came to power in Germany in 1933, Strassmann declined a lucrative offer of employment because it required political training and Nazi Party membership, and he resigned from the Society of German Chemists when it became part of the Nazi German Labour Front rather than become a member of Nazi-controlled organisation. As a result, he could neither work in the chemical industry nor receive his habilitation, the prerequisite for an academic position. Meitner persuaded Hahn to hire Strassmann as an assistant. Soon he would be credited as a third collaborator on the papers they produced, and would sometimes even be listed first.[52][53]
Hahn spent February to June 1933 in the United States and Canada as a visiting professor at Cornell University.[54] He gave an interview to the Toronto Star Weekly in which he painted a flattering portrait of Adolf Hitler:
I am not a Nazi. But Hitler is the hope, the powerful hope, of German youth… At least 20 million people revere him. He began as a nobody, and you see what he has become in ten years.… In any case for the youth, for the nation of the future, Hitler is a hero, a Führer, a saint… In his daily life he is almost a saint. No alcohol, not even tobacco, no meat, no women. In a word: Hitler is an unequivocal Christ.[55]
The April 1933 Law for the Restoration of the Professional Civil Service banned Jews and communists from academia. Meitner was exempt from its impact because she was an Austrian rather than a German citizen.[56] Haber was likewise exempt as a veteran of World War I, but chose to resign his directorship of the Kaiser Wilhelm Institute of Physical Chemistry and Electrochemistry in protest on 30 April 1933, but the directors of the other Kaiser Wilhelm Institutes, even the Jewish ones, complied with the new law,[57] which applied to the KWS as a whole and those Kaiser Wilhelm institutes with more than 50% state support, which exempted the KWI for Chemistry.[58] Hahn therefore did not have to fire any of his own full-time staff, but as the interim director of Haber’s institute, he dismissed a quarter of its staff, including three department heads. Gerhart Jander was appointed the new director of Haber’s old institute, and, ironically, reoriented it towards chemical warfare research.[59]
Like most KWS institute directors, Haber had accrued a large discretionary fund. It was his wish that it be distributed to the dismissed staff to facilitate their emigration, but the Rockefeller Foundation insisted that the funds either be used for scientific research or returned. Hahn brokered a deal whereby 10 per cent of the funds would be allocated to Haber’s people. In August 1933 the administrators of the KWS were alerted that several boxes of Rockefeller Foundation-funded equipment was about to be shipped to Herbert Freundlich, one of the department heads that Hahn had dismissed, in England. Hahn complied with an order to halt the shipment, but when Planck, the president of the KWS since 1930, returned from vacation, he ordered Hahn to expedite the shipment.[59][60]
Haber died on 29 January 1934. A memorial service was held on the first anniversary of his death. University professors were forbidden to attend, so they sent their wives in their place. Hahn, Planck and Joseph Koeth attended, and gave speeches.[59][61] The aging Planck did not seek re-election, and was succeeded in 1937 as president by Carl Bosch, a Nobel Prize winner in Chemistry and the Chairman of the Board of IG Farben, a company which had bankrolled the Nazi Party since 1932. Ernst Telschow became Secretary of the KWS. Telschow was an enthusiastic supporter of the Nazis, but was also loyal to Hahn, being one of his former students, and Hahn welcomed his appointment.[62][59] Hahn’s chief assistant, Otto Erbacher, became the KWI for Chemistry’s party steward (Vertrauensmann).[63]
Rubidium–strontium dating[edit source]
While Hahn was in North America, his attention was drawn to a mica-like mineral from Manitoba that contained rubidium. Some years before he had studied the radioactive decay of rubidium-87, and had estimated its half life at 2 x 1011 years. It occurred to Hahn that by comparing the quantity of strontium in the mineral (which had once been rubidium) with that of the remaining rubidium, he could measure the age of the mineral, assuming that his original calculation of the half life was reasonably accurate. This would be a superior dating method to studying the decay of uranium, because some of the uranium turns into helium, which then escapes, resulting in rocks appearing to be younger than they really were. Jacob Papish helped Hahn obtain several kilograms of the mineral.[64]
From 1,012 grams of the mineral, Strassmann and Ernst Walling extracted 253.4 milligrams of strontium carbonate, all of which was the strontium-87 isotope, indicating that it had all been produced from radioactive decay of rubidium-87. The age of the mineral had been estimated at 1,975 million years from uranium minerals in the same deposit, which implied that the half life of rubidium-87 was 2.3 x 1011 years: quite close to Hahn’s original calculation.[65][66] Rubidium–strontium dating became a widely used technique for dating rocks in the 1950s, when mass spectrometry became common.[67]
Discovery of nuclear fission[edit source]
Main article: Discovery of nuclear fissionThis was touted for many years as the table and experimental apparatus with which Otto Hahn discovered nuclear fission in 1938. The table and instruments are representative of the ones used, but not necessarily the originals, and would not have been together on the one table in the same room. Pressure from historians, scientists and feminists caused the museum to alter the display in 1988 to acknowledge Lise Meitner, Otto Frisch and Fritz Strassmann.[68]
After James Chadwick discovered the neutron in 1932,[69] Irène Curie and Frédéric Joliot irradiated aluminium foil with alpha particles, they found that this results in a short-lived radioactive isotope of phosphorus. They noted that positron emission continued after the neutron emissions ceased. Not only had they discovered a new form of radioactive decay, they had transmuted an element into a hitherto unknown radioactive isotope of another, thereby inducing radioactivity where there had been none before. Radiochemistry was now no longer confined to certain heavy elements, but extended to the entire periodic table.[70][71] Chadwick noted that being electrically neutral, neutrons could penetrate the atomic nucleus more easily than protons or alpha particles.[72] Enrico Fermi and his colleagues in Rome picked up on this idea,[73] and began irradiating elements with neutrons.[74]
The radioactive displacement law of Fajans and Soddy said that beta decay causes isotopes to move one element up on the periodic table, and alpha decay causes them to move two down. When Fermi’s group bombarded uranium atoms with neutrons, they found a complex mix of half lives. Fermi therefore concluded that the new elements with atomic numbers greater than 92 (known as transuranium elements) had been created.[74] Meitner and Hahn had not collaborated for many years, but Meitner was eager to investigate Fermi’s results. Hahn, initially, was not, but he changed his mind when Aristid von Grosse suggested that what Fermi had found was an isotope of protactinium.[75] “The only question”, Hahn later wrote, “seemed to be whether Fermi had found isotopes of transuranian elements, or isotopes of the next-lower element, protactinium. At that time Lise Meitner and I decided to repeat Fermi’s experiments in order to find out whether the 13-minute isotope was a protactinium isotope or not. It was a logical decision, having been the discoverers of protactinium.”[76]
Between 1934 and 1938, Hahn, Meitner and Strassmann found a great number of radioactive transmutation products, all of which they regarded as transuranic.[77] At that time, the existence of actinides was not yet established, and uranium was wrongly believed to be a group 6 element similar to tungsten. It followed that first transuranic elements would be similar to group 7 to 10 elements, i.e. rhenium and platinoids. They established the presence of multiple isotopes of at least four such elements, and (mistakenly) identified them as elements with atomic numbers 93 through 96. They were the first scientists to measure the 23-minute half life of uranium-239 and to establish chemically that it was an isotope of uranium, but were unable to continue this work to its logical conclusion and identify the real element 93.[78] They identified ten different half lives, with varying degrees of certainty. To account for them, Meitner had to hypothesise a new class of reaction and the alpha decay of uranium, neither of which had ever been reported before, and for which physical evidence was lacking. Hahn and Strassmann refined their chemical procedures, while Meitner devised new experiments to shine more light on the reaction processes.[78]Otto Hahn’s notebook
In May 1937, they issued parallel reports, one in Zeitschrift für Physik with Meitner as the principal author, and one in Chemische Berichte with Hahn as the principal author.[78][79][80] Hahn concluded his by stating emphatically: Vor allem steht ihre chemische Verschiedenheit von allen bisher bekannten Elementen außerhalb jeder Diskussion (“Above all, their chemical distinction from all previously known elements needs no further discussion”);[80] Meitner was increasingly uncertain. She considered the possibility that the reactions were from different isotopes of uranium; three were known: uranium-238, uranium-235 and uranium-234. However, when she calculated the neutron cross section, it was too large to be anything other than the most abundant isotope, uranium-238. She concluded that it must be another case of the nuclear isomerism that Hahn had discovered in protactinium. She therefore ended her report on a very different note to Hahn, reporting that: “The process must be neutron capture by uranium-238, which leads to three isomeric nuclei of uranium-239. This result is very difficult to reconcile with current concepts of the nucleus.”[79][81]
With the Anschluss, Germany’s unification with Austria on 12 March 1938, Meitner lost her Austrian citizenship,[82] and fled to Sweden. She carried only a little money, but before she left, Hahn gave her a diamond ring he had inherited from his mother.[83] Meitner continued to correspond with Hahn by mail. In late 1938 Hahn and Strassmann found evidence of isotopes of an alkaline earth metal in their sample. Finding a group 2 alkaline earth metal was problematic, because it did not logically fit with the other elements found thus far. Hahn initially suspected it to be radium, produced by splitting off two alpha-particles from the uranium nucleus, but chipping off two alpha particles via this process was unlikely. The idea of turning uranium into barium (by removing around 100 nucleons) was seen as preposterous.[84]
During a visit to Copenhagen on 10 November, Hahn discussed these results with Niels Bohr, Lise Meitner, and Otto Robert Frisch.[84] Further refinements of the technique, leading to the decisive experiment on 16–17 December 1938, produced puzzling results: the three isotopes consistently behaved not as radium, but as barium. Hahn, who did not inform the physicists in his Institute, described the results exclusively in a letter to Meitner on 19 December:
We are more and more coming to the awful conclusion that our Ra isotopes behave not like Ra, but like Ba… Perhaps you can come up with some fantastic explanation. We ourselves realize that it can’t actually burst apart into Ba. Now we want to test whether the Ac-isotopes derived from the “Ra” behave not like Ac but like La.[85]
Plaque commemorating Hahn and Strassmann’s discovery of fission in Berlin (unveiled in 1956)
In her reply, Meitner concurred. “At the moment, the interpretation of such a thoroughgoing breakup seems very difficult to me, but in nuclear physics we have experienced so many surprises, that one cannot unconditionally say: ‘it is impossible’.” On 22 December 1938, Hahn sent a manuscript to Naturwissenschaften reporting their radiochemical results, which were published on 6 January 1939.[86] On 27 December, Hahn telephoned the editor of Naturwissenschaften and requested an addition to the article, speculating that some platinum group elements previously observed in irradiated uranium, which were originally interpreted as transuranium elements, could in fact be technetium (then called “masurium”), mistakenly believing that the atomic masses had to add up rather than the atomic numbers. By January 1939, he was sufficiently convinced of the formation of light elements that he published a new revision of the article, retracting former claims of observing transuranic elements and neighbours of uranium.[87]
As a chemist, Hahn was reluctant to propose a revolutionary discovery in physics, but Meitner and Frisch worked out a theoretical interpretation of nuclear fission, a term appropriated by Frisch from biology. In January and February they published two articles discussing and experimentally confirming their theory.[88][89][90] In their second publication on nuclear fission, Hahn and Strassmann used the term Uranspaltung (uranium fission) for the first time, and predicted the existence and liberation of additional neutrons during the fission process, opening up the possibility of a nuclear chain reaction.[91] This was proved to be the case by Frédéric Joliot and his team in March 1939.[92] Edwin McMillan and Philip Abelson used the cyclotron at the Berkeley Radiation Laboratory to bombard uranium with neutrons, were able to identify an isotope with a 23-minute half life that was the daughter of uranium-239, and therefore the real element 93, which they named neptunium.[93] “There goes a Nobel Prize”, Hahn remarked.[94]
At the Kaiser Wilhelm Institute for Chemistry, Kurt Starke independently produced element 93, using only the weak neutron sources available there. Hahn and Strassmann then began researching its chemical properties.[95] They knew that it should decay into the real element 94, which according to the latest version of the liquid drop model of the nucleus propounded by Bohr and John Archibald Wheeler, would be even more fissile than uranium-235, but were unable to detect its radioactive decay. They concluded that it must have an extremely long half life, perhaps millions of years.[93] Part of the problem was that they still believed that element 94 was a platinoid, which confounded their attempts at chemical separation.[95]
World War II[edit source]
Main article: German nuclear weapons program
On 24 April 1939, Paul Harteck and his assistant, Wilhelm Groth, had written to Reich Ministry of War, alerting it to the possibility of the development of an atomic bomb. In response, the Army Weapons Branch (HWA) had established a physics section under nuclear physicist Kurt Diebner. After World War II broke out on 1 September 1939, the HWA moved to control the German nuclear weapons program. From then on, Hahn participated in a ceaseless series of meetings related to the project. After the Director of the Kaiser Wilhelm Institute for Physics, Peter Debye, left for the United States in 1940 and never returned, Diebner was installed as its director.[96] Hahn reported to the HWA on the progress of his research. Together with his assistants, Hans-Joachim Born, Siegfried Flügge, Hans Götte, Walter Seelmann-Eggebert and Strassmann, he catalogued about one hundred fission product isotopes. They also investigated means of isotope separation; the chemistry of element 93; and methods for purifying uranium oxides and salts.[97]
On the night of 15 February 1944, the Kaiser Wilhelm Institute for Chemistry building was struck by a bomb.[97] Hahn’s office was destroyed, along with his correspondence with Rutherford and other researchers, and many of his personal possessions.[98][99] The office was the intended target of the raid, which had been ordered by Brigadier General Leslie Groves, the director of the Manhattan Project, in the hope of disrupting the German uranium project.[100] Albert Speer, the Reich Minister of Armaments and War Production, arranged for the institute to move to Tailfingen in southern Germany. All work in Berlin ceased by July. Hahn and his family moved to the house of a textile manufacturer there.[98][99]
Life became precarious for those married to Jewish women. One was Philipp Hoernes, a chemist working for Auergesellschaft, the firm that mined the uranium ore used by the project. After the firm let him go in 1944, Hoernes faced being conscripted for forced labour. At the age of 60, it was doubtful that he would survive. Hahn and Nikolaus Riehl arranged for Hoernes to work at the Kaiser Wilhelm Institute for Chemistry, claiming that his work was essential to the uranium project and that uranium was highly toxic, making it hard to find people to work with it. Hahn was aware that uranium ore was fairly safe in the laboratory, although not so much for the 2,000 female slave labourers from Sachsenhausen concentration camp who mined it in Oranienburg. Another physicist with a Jewish wife was Heinrich Rausch von Traubenberg [de]. Hahn certified that his work was important to the war effort, and that his wife Maria, who had a doctorate in physics, was required as his assistant. After he died on 19 September 1944, Maria faced being sent to a concentration camp. Hahn mounted a lobbying campaign to get her released, but to no avail, and she was sent to the Theresienstadt Ghetto in January 1945. She survived the war, and was reunited with her daughters in England after the war.[101][102]
Incarceration[edit source]
Main article: Operation Epsilon
On 25 April 1945, an armoured task force from the Alsos Mission arrived in Tailfingen, and surrounded the Kaiser Wilhelm Institute for Chemistry. Hahn was informed that he was under arrest. When asked about reports related to his secret work on uranium, Hahn replied: “I have them all here”, and handed over 150 reports. He was taken to Hechingen, where he joined Erich Bagge, Horst Korsching, Max von Laue, Carl Friedrich von Weizsäcker and Karl Wirtz. They were then taken to a dilapidated château in Versailles, where they heard about the signing of the German Instrument of Surrender at Reims on 7 May. Over the following days they were joined by Kurt Diebner, Walther Gerlach, Paul Harteck and Werner Heisenberg.[103][104][105] All were physicists except Hahn and Harteck, who were chemists, and all had worked on the German nuclear weapons program except von Laue, although he was well aware of it.[106]Farm Hall (seen here in 2015)
They were relocated to the Château de Facqueval in Modave, Belgium, where Hahn used the time to work on his memoirs and then, on 3 July, were flown to England. They arrived at Farm Hall, Godmanchester, near Cambridge, on 3 July. Unbeknown to them, their every conversation, indoors and out, was recorded from hidden microphones. They were given British newspapers, which Hahn was able to read. He was greatly disturbed by their reports of the Potsdam Conference, where German territory was ceded to Poland and the USSR. In August 1945, the German scientists were informed of the atomic bombing of Hiroshima. Up to this point the scientists, except Harteck, were completely certain that their project was further advanced than any in other countries, and the Alsos Mission’s chief scientist, Samuel Goudsmit, did nothing to correct this impression. Now the reason for their incarceration in Farm Hall suddenly became apparent.[106][107][108][109]
As they recovered from the shock of the announcement, they began to rationalise what had happened. Hahn noted that he was glad that they had not succeeded, and von Weizsäcker suggested that they should claim that they had not wanted to. They drafted a memorandum on the project, noting that fission was discovered by Hahn and Strassmann. The revelation that Nagasaki had been destroyed by a plutonium bomb came as another shock, as it meant that the Allies had not only been able to successfully conduct uranium enrichment, but had mastered nuclear reactor technology as well. The memorandum became the first draft of a postwar apologia. The idea that Germany had lost the war because its scientists were morally superior was as outrageous as it was unbelievable, but struck a chord in postwar German academia.[110] It infuriated Goudsmit, whose parents had been murdered in Auschwitz.[111] On 3 January 1946, exactly six months after they had arrived at Farm Hall, the group was allowed to return to Germany.[112] Hahn, Heisenberg, von Laue and von Weizsäcker were brought to Göttingen, which was controlled by the British occupation authorities.[113]
The Nobel Prize in Chemistry 1944[edit source]
On 16 November 1945 the Royal Swedish Academy of Sciences announced that Hahn had been awarded the 1944 Nobel Prize in Chemistry “for his discovery of the fission of heavy atomic nuclei.”[114][115] Hahn was still at Farm Hall when the announcement was made; thus, his whereabouts were a secret, and it was impossible for the Nobel committee to send him a congratulatory telegram. Instead, he learned about his award on 18 November through the Daily Telegraph.[116] His fellow interned scientists celebrated his award by giving speeches, making jokes, and composing songs.[117]
Hahn had been nominated for the chemistry and the physics Nobel prizes many times even before the discovery of nuclear fission. Several more followed for the discovery of fission.[39] The Nobel prize nominations were vetted by committees of five, one for each award. Although Hahn and Meitner received nominations for physics, radioactivity and radioactive elements had traditionally been seen as the domain of chemistry, and so the Nobel Committee for Chemistry evaluated the nominations. The committee received reports from Theodor Svedberg and Arne Westgren [de; sv]. These chemists were impressed by Hahn’s work, but felt that of Meitner and Frisch was not extraordinary, and did not understand why the physics community regarded their work as seminal. As for Strassmann, although his name was on the papers, there was a long-standing policy of conferring awards on the most senior scientist in a collaboration. The committee therefore recommended that Hahn alone be given the chemistry prize.[118]5 DM coin, Germany, honouring Hahn and his discovery of fission, 1979
Under Nazi rule, Germans had been forbidden to accept Nobel prizes after the Nobel Peace Prize had been awarded to Carl von Ossietzky in 1936.[119] The Nobel Committee for Chemistry’s recommendation was therefore rejected by the Royal Swedish Academy of Sciences in 1944, which also decided to defer the award for one year. When the Academy reconsidered the award in September 1945, the war was over and thus the German boycott had ended. Also, the chemistry committee had now become more cautious, as it was apparent that much research had taken place in the United States in secret, and suggested deferring for another year, but the Academy was swayed by Göran Liljestrand, who argued that it was important for the Academy to assert its independence from the Allies of World War II, and award the prize to a German, as it had done after World War I when it had awarded it to Fritz Haber. Hahn therefore became the sole recipient of the 1944 Nobel Prize for Chemistry.[118]
The invitation to attend the Nobel festivities was transmitted via the British Embassy in Stockholm.[120] On 4 December, Hahn was persuaded by two of his Alsos captors, American Lieutenant Colonel Horace K. Calvert and British Lieutenant Commander Eric Welsh, to write a letter to the Nobel committee accepting the prize but stating that he would not be able to attend the award ceremony on 10 December since his captors would not allow him to leave Farm Hall. When Hahn protested, Welsh reminded him that Germany had lost the war.[121] Under the Nobel Foundation statutes, Hahn had six months to deliver the Nobel Prize lecture, and until 1 October 1946 to cash the 150,000 Swedish krona cheque.[122][123]
Hahn was repatriated from Farm Hall on 3 January 1946, but it soon became apparent that difficulties obtaining permission to travel from the British government meant that he would be unable to travel to Sweden before December 1946. Accordingly, the Academy of Sciences and the Nobel Foundation obtained an extension from the Swedish government.[123] Hahn attended the year after he was awarded the prize. On 10 December 1946, the anniversary of the death of Alfred Nobel, King Gustav V of Sweden presented him with his Nobel Prize medal and diploma.[115][123][124] Hahn gave 10,000 krona of his prize to Strassmann, who refused to use it.[124][125]
Founder and President of the Max Planck Society[edit source]
Monument in Berlin-Dahlem, in front of the Otto-Hahn-Platz
The suicide of Albert Vögler on 14 April 1945 left the KWS without a president.[49] The British chemist Bertie Blount was placed in charge of its affairs while the Allies decided what to do with it, and he decided to install Max Planck as an interim president. Now aged 87, Planck was in the small town of Rogätz, in an area that the Americans were preparing to hand over to the Soviet Union. The Dutch astronomer Gerard Kuiper from the Alsos Mission fetched Planck in a jeep and brought him to Göttingen on 16 May.[126][127] Planck wrote to Hahn, who was still in captivity in England, on 25 July, and informed Hahn that the directors of the KWS had voted to make him the next president, and asked if he would accept the position.[49] Hahn did not receive the letter until September, and did not think he was a good choice, as he regarded himself as a poor negotiator, but his colleagues persuaded him to accept. After his return to Germany, he assumed the office on 1 April 1946.[128][129]
Allied Control Council Law No. 25 on the control of scientific research dated 29 April 1946 restricted German scientists to conducting basic research only,[49] and on 11 July the Allied Control Council dissolved the KWS on the insistence of the Americans,[130] who considered that it had been too close to the national socialist regime, and was a threat to world peace.[131] However, the British, who had voted against the dissolution, were more sympathetic, and offered to let the Kaiser Wilhelm Society continue in the British Zone, on one condition: that the name be changed. Hahn and Heisenberg were distraught at this prospect. To them it was an international brand that represented political independence and scientific research of the highest order. Hahn noted that it had been suggested that the name be changed during the Weimar Republic, but the Social Democratic Party of Germany had been persuaded not to.[132] To Hahn, the name represented the good old days of the German Empire, however authoritarian and undemocratic it was, before the hated Weimar Republic.[133] Heisenberg asked Niels Bohr for support, but Bohr recommended that the name be changed.[132] Lise Meitner wrote to Hahn, explaining that:
Outside of Germany it is considered so obvious that the tradition from the period of Kaiser Wilhelm has been disastrous and that changing the name of the KWS is desirable, that no one understands the resistance against it. For the idea, that the Germans are the chosen people and have the right to use any and all means to subordinate the “inferior” people, has been expressed over and over again by historians, philosophers, and politicians and finally the Nazis tried to translate it into fact… The best people among the English and Americans wish that the best Germans would understand that there should be a definitive break with this tradition, which has brought the entire world and Germany itself the greatest misfortune. And as a small sign of German understanding the name of the KWS should be changed. What’s in a name, if it is a matter of the existence of Germany and thereby Europe? [134]
In September 1946, a new Max Planck Society was established at Bad Driburg in the British Zone.[131] On 26 February 1948, after the US and British zones were fused into Bizonia, it was dissolved to make way for the Max Planck Society, with Hahn as the founding president. It took over the 29 institutes of the former Kaiser Wilhelm Society that were located in the British and American zones. When the Federal Republic of Germany (or West-Germany) was formed in 1949, the five institutes located in the French zone joined them.[135] The Kaiser Wilhelm Institute for Chemistry, now under Strassmann, built and renovated new accommodation in Mainz, but work proceeded slowly, and it did not relocate from Tailfingen until 1949.[136] Hahn’s insistence on retaining Ernst Telschow as the general secretary nearly caused a rebellion against his presidency.[137] In his efforts to rebuild German science, Hahn was generous in issuing persilschein (whitewash certificates), writing one for Gottfried von Droste, who had joined the Sturmabteilung (SA) in 1933 and the NSDAP in 1937, and wore his SA uniform at the Kaiser Wilhelm Institute for Chemistry,[138] and for Heinrich Hörlein and Fritz ter Meer from IG Farben.[139] Hahn served as president of the Max Planck Society until 1960, and succeeded in regaining the renown that had once been enjoyed by the Kaiser Wilhelm Society. New institutes were founded and old ones expanded, the budget rose from 12 million Deutsche Marks in 1949 to 47 million in 1960, and the workforce grew from 1,400 to nearly 3,000.[49]
Spokesman for social responsibility[edit source]
After the Second World War, Hahn came out strongly against the use of nuclear energy for military purposes. He saw the application of his scientific discoveries to such ends as a misuse, or even a crime. Lawrence Badash wrote: “His wartime recognition of the perversion of science for the construction of weapons and his postwar activity in planning the direction of his country’s scientific endeavours now inclined him increasingly toward being a spokesman for social responsibility.”[140]Otto Hahn with his wife Edith, 1959
In early 1954, he wrote the article “Cobalt 60 – Danger or Blessing for Mankind?”, about the misuse of atomic energy, which was widely reprinted and transmitted in the radio in Germany, Norway, Austria, and Denmark, and in an English version worldwide via the BBC. The international reaction was encouraging.[141] The following year he initiated and organized the Mainau Declaration of 1955, in which he and a number of international Nobel Prize-winners called attention to the dangers of atomic weapons and warned the nations of the world urgently against the use of “force as a final resort”, and which was issued a week after the similar Russell-Einstein Manifesto. In 1956, Hahn repeated his appeal with the signature of 52 of his Nobel colleagues from all parts of the world.[142]
Hahn was also instrumental in and one of the authors of the Göttingen Manifesto of 13 April 1957, in which, together with 17 leading German atomic scientists, he protested against a proposed nuclear arming of the West German armed forces (Bundeswehr).[143] This resulted in Hahn receiving an invitation to meet with the Chancellor of Germany, Konrad Adenauer and other senior officials, including the Defense Minister, Franz Josef Strauss, and Generals Hans Speidel and Adolf Heusinger (who both had been a General in the Nazi era). The two generals argued that the Bundeswehr needed nuclear weapons, and Adenauer accepted their advice. A communique was drafted that said that the Federal Republic did not manufacture nuclear weapons, and would not ask its scientists to do so.[144] Instead, the German forces were equipped with US nuclear weapons.[145]Otto Hahn on a stamp of the German Democratic Republic, 1979
On 13 November 1957, in the Konzerthaus (Concert Hall) in Vienna, Hahn warned of the “dangers of A- and H-bomb-experiments”, and declared that “today war is no means of politics anymore – it will only destroy all countries in the world”. His highly acclaimed speech was transmitted internationally by the Austrian radio, Österreichischer Rundfunk (ÖR). On 28 December 1957, Hahn repeated his appeal in an English translation for the Bulgarian Radio in Sofia, which was broadcast in all Warsaw pact states.[146][147]
In 1959 Hahn co-founded in Berlin the Federation of German Scientists (VDW), a non-governmental organization, which has been committed to the ideal of responsible science. The members of the Federation feel committed to taking into consideration the possible military, political, and economical implications and possibilities of atomic misuse when carrying out their scientific research and teaching. With the results of its interdisciplinary work the VDW not only addresses the general public, but also the decision-makers at all levels of politics and society.[148] Right up to his death, Otto Hahn never tired of warning urgently of the dangers of the nuclear arms race between the great powers and of the radioactive contamination of the planet.[149] The historian Lawrence Badash wrote:
The important thing is not that scientists may disagree on where their responsibility to society lies, but that they are conscious that a responsibility exists, are vocal about it, and when they speak out they expect to affect policy. Otto Hahn, it would seem, was even more than just an example of this twentieth-century conceptual evolution; he was a leader in the process.[150]
Honors and awards[edit source]
During his lifetime Hahn was awarded orders, medals, scientific prizes, and fellowships of Academies, Societies, and Institutions from all over the world. At the end of 1999, the German news magazine Focus published an inquiry of 500 leading natural scientists, engineers, and physicians about the most important scientists of the 20th century. In this poll Hahn was elected third (with 81 points), after the theoretical physicists Albert Einstein and Max Planck, and thus the most significant chemist of his time.[151]
As well as the Nobel Prize in Chemistry (1944), Hahn was awarded:
- the Emil Fischer Medal of the Society of German Chemists (1922),[152]
- the Cannizaro Prize of the Royal Academy of Science in Rome (1938),[152]
- the Copernicus Prize of the University of Konigsberg (1941),[152]
- the Gothenius Medal of the Akademie der Naturforscher (1943),[152]
- the Max Planck Medal of the German Physical Society, with Lise Meitner (1949),[152]
- the Goethe Medal of the city of Frankfurt-on-the-Main (1949),[152]
- the Golden Paracelsus Medal of the Swiss Chemical Society (1953),[152]
- the Faraday Lectureship Prize with Medal from the Royal Society of Chemistry (1956),[152]
- the Grotius Medal of the Hugo Grotius Foundation (1956),[152]
- Wilhelm Exner Medal of the Austrian Industry Association (1958),[153]
- the Helmholtz Medal of the Berlin-Brandenburg Academy of Sciences and Humanities (1959),
- and the Harnack medal in Gold from the Max Planck Society (1959).[154][155]
Hahn became the honorary president of the Max Planck Society in 1962.[156]
- He was elected a Foreign Member of the Royal Society (1957).[157]
- His honorary memberships of foreign academies and scientific societies included:
- the Romanian Physical Society in Bucharest,[158]
- the Royal Spanish Society for Chemistry and Physics and the Spanish National Research Council,[158]
- and the Academies in Allahabad, Bangalore, Berlin, Boston, Bucharest, Copenhagen, Göttingen, Halle, Helsinki, Lisbon, Madrid, Mainz, Munich, Rome, Stockholm, Vatican, and Vienna.[158]
He was an honorary fellow of University College London,[158]
- and an honorary citizen of the cities of Frankfurt am Main and Göttingen in 1959,
- and of Berlin (1968).[152]
- Hahn was made an Officer of the Ordre National de la Légion d’Honneur of France (1959),[152]
- and was awarded the Grand Cross First Class of the Order of Merit of the Federal Republic of Germany (1959).[152]
- In 1966, US President Lyndon B. Johnson and the United States Atomic Energy Commission (AEC) awarded Hahn, Lise Meitner and Fritz Strassmann the Enrico Fermi Award. The diploma for Hahn bore the words: “For pioneering research in the naturally occurring radioactivities and extensive experimental studies culminating in the discovery of fission.”[159]
- He received honorary doctorates from
- the University of Gottingen,[152]
- the Technische Universität Darmstadt,[152]
- the University of Frankfurt in 1949,[152]
- and the University of Cambridge in 1957.[152]
Objects named after Hahn include:
- NS Otto Hahn, the only European nuclear-powered civilian ship (1964),[160]
- a crater on the Moon (shared with his namesake Friedrich von Hahn),[161]
- and the asteroid 19126 Ottohahn,[162]
- the Otto Hahn Prize of both the German Chemical and Physical Societies and the city of Frankfurt/Main,[163]
- the Otto Hahn Medal and the Otto Hahn Award of the Max Planck Society,[164][165]
- and the Otto Hahn Peace Medal in Gold of the United Nations Association of Germany (DGVN) in Berlin (1988).[166]
Proposals were made at various times, first in 1971 by American chemists, that the newly synthesised element 105 should be named hahnium in Hahn’s honour, but in 1997 the IUPAC named it dubnium, after the Russian research centre in Dubna. In 1992 element 108 was discovered by a German research team, and they proposed the name hassium (after Hesse). In spite of the long-standing convention to give the discoverer the right to suggest a name, a 1994 IUPAC committee recommended that it be named hahnium.[167] After protests from the German discoverers, the name hassium (Hs) was adopted internationally in 1997.[168]
Death[edit source]
Hahn was shot in the back by a disgruntled inventor in October 1951, injured in a motor vehicle accident in 1952, and had a minor heart attack in 1953. In 1962, he published a book, Vom Radiothor zur Uranspaltung. It was released in English in 1966 with the title Otto Hahn: A Scientific Autobiography, with an introduction by Glenn Seaborg. The success of this book may have prompted him to write another, fuller autobiography, Otto Hahn. Mein Leben, but before it could be published, he fractured one of the vertebrae in his neck while getting out of a car. He gradually became weaker and died in Göttingen on 28 July 1968. His wife Edith survived him by only a fortnight.[169] He was buried in the Stadtfriedhof in Göttingen.[170] The day after his death, the Max Planck Society published the following obituary notice in all the major newspapers in Germany, Austria, and Switzerland:
On 28 July, in his 90th year, our Honorary President Otto Hahn passed away. His name will be recorded in the history of humanity as the founder of the atomic age. In him Germany and the world have lost a scholar who was distinguished in equal measure by his integrity and personal humility. The Max Planck Society mourns its founder, who continued the tasks and traditions of the Kaiser Wilhelm Society after the war, and mourns also a good and much loved human being, who will live in the memories of all who had the chance to meet him. His work will continue. We remember him with deep gratitude and admiration.[171]
Fritz Strassmann wrote:
The number of those who had been able to be near Otto Hahn is small. His behaviour was completely natural for him, but for the next generations he will serve as a model, regardless of whether one admires in the attitude of Otto Hahn his humane and scientific sense of responsibility or his personal courage.[172]
Otto Robert Frisch recalled:
Hahn remained modest and informal all his life. His disarming frankness, unfailing kindness, good common sense, and impish humour will be remembered by his many friends all over the world.[173]
The Royal Society in London wrote in an obituary:
It was remarkable, how, after the war, this rather unassuming scientist who had spent a lifetime in the laboratory, became an effective administrator and an important public figure in Germany. Hahn, famous as the discoverer of nuclear fission, was respected and trusted for his human qualities, simplicity of manner, transparent honesty, common sense and loyalty.[174]
See also[edit source]
Publications in English[edit source]
- Hahn, Otto (1936). Applied Radiochemistry. Ithaca, New York: Cornell University Press.
- Hahn, Otto (1950). New Atoms: Progress and Some Memories. New York-Amsterdam-London-Brussels: Elsevier Inc.
- Hahn, Otto (1966). Otto Hahn: A Scientific Autobiography. Translated by Ley, Willy. New York: Charles Scribner’s Sons.
- Hahn, Otto (1970). My Life. Translated by Kaiser, Ernst; Wilkins, Eithne. New York: Herder and Herder.
Notes[edit source]
- ^ Hahn 1966, pp. 2–6.
- ^ Jump up to:a b Hahn 1966, pp. 7–11.
- ^ Spence 1970, pp. 281–282.
- ^ Hughes, Jeff (29 December 2008). “Making isotopes matter: Francis Aston and the mass-spectrograph”. Dynamis. 29: 131–165. doi:10.4321/S0211-95362009000100007. ISSN 0211-9536.
- ^ Hoffmann 2001, p. 35.
- ^ The Daily Telegraph, London, 18 March 1905.
- ^ Hahn, Otto (24 May 1905). “A new radio-active element, which evolves thorium emanation. Preliminary communication”. Proceedings of the Royal Society of London. Series A, Containing Papers of a Mathematical and Physical Character. 76 (508): 115–117. Bibcode:1905RSPSA..76..115H. doi:10.1098/rspa.1905.0009.
- ^ Spence 1970, pp. 303–313 for a full list
- ^ Hahn 1966, pp. 15–18.
- ^ Spence 1970, pp. 282–283.
- ^ Hahn 1966, pp. 24–25.
- ^ Hahn 1988, p. 59.
- ^ Hahn 1966, p. 66.
- ^ Jump up to:a b Hahn 1966, pp. 37–38.
- ^ Jump up to:a b Hahn 1966, p. 52.
- ^ Hahn 1966, pp. 39–40.
- ^ Hahn 1966, pp. 40–50.
- ^ “Nobel Prize for Chemistry for 1944: Prof. Otto Hahn”. Nature. 156 (3970): 657. December 1945. Bibcode:1945Natur.156R.657.. doi:10.1038/156657b0. ISSN 0028-0836.
- ^ Stolz 1989, p. 20.
- ^ Jump up to:a b c Hahn 1966, p. 50.
- ^ Jump up to:a b Hahn 1966, p. 65.
- ^ Sime 1996, pp. 28–29.
- ^ Sime 1996, p. 368.
- ^ “Ehrung der Physikerin Lise Meitner Aus dem Otto-Hahn-Bau wird der Hahn-Meitner-Bau” [Honouring physicist Lise Meitner as the Otto Hahn building becomes the Hahn-Meitner building] (in German). Free University of Berlin. 28 October 2010. Retrieved 10 June 2020.
- ^ Jump up to:a b Hahn 1966, pp. 58–64.
- ^ Jump up to:a b Gerlach & Hahn 1984, p. 39.
- ^ Sime 1996, pp. 44–47.
- ^ Hahn 1966, pp. 70–72.
- ^ Sime 1996, p. 48.
- ^ Spence 1970, p. 286.
- ^ “Hahn, Hanno”. Dictionary of Art Historians. 21 February 2018. Retrieved 18 June 2020.
- ^ “Hanno-und-Ilse-Hahn-Preis” (in German). Max-Planck-Gesellschaft. Archived from the original on 9 January 2011.
- ^ Spence 1970, pp. 286–287.
- ^ Jump up to:a b c Van der Kloot, W. (2004). “April 1918: Five Future Nobel prize-winners inaugurate weapons of mass destruction and the academic-industrial-military complex”. Notes and Records of the Royal Society of London. 58 (2): 149–160. doi:10.1098/rsnr.2004.0053. S2CID 145243958.
- ^ Sime 1996, pp. 57–61.
- ^ Spence 1970, pp. 287–288.
- ^ Jump up to:a b c Sime, Ruth Lewin (August 1986). “The Discovery of Protactinium”. Journal of Chemical Education. 63 (8): 653–657. Bibcode:1986JChEd..63..653S. doi:10.1021/ed063p653. ISSN 0021-9584.
- ^ Meitner, Lise (1 June 1918), Die Muttersubstanz des Actiniums, Ein Neues Radioaktives Element von Langer Lebensdauer, vol. 24, pp. 169–173, doi:10.1002/bbpc.19180241107 (inactive 31 October 2021)
- ^ Jump up to:a b c “Nomination Database: Otto Hahn”. Nobel Media AB. 9 June 2020.
- ^ “Nomination Database: Lise Meitner”. Nobel Media AB. 9 June 2020.
- ^ “Protactinium | Pa (Element)”. PubChem. Retrieved 18 June 2020.
- ^ Jump up to:a b Hahn 1966, pp. 95–103.
- ^ Jump up to:a b Berninger 1983, pp. 213–220.
- ^ Hahn, O. (1921). “Über ein neues radioaktives Zerfallsprodukt im Uran”. Die Naturwissenschaften. 9 (5): 84. Bibcode:1921NW……9…84H. doi:10.1007/BF01491321. S2CID 28599831.
- ^ Hahn O. Hahn, Otto (1923). “Uber das Uran Z und seine Muttersubstanz”. Zeitschrift für Physikalische Chemie. 103 (1): 461–480. doi:10.1515/zpch-1922-10325. ISSN 0942-9352. S2CID 99021215.
- ^ Hoffmann 2001, p. 93.
- ^ Feather, Norman; Bretscher, E.; Appleton, Edward Victor (1938). “Uranium Z and the problem of nuclear isomerism”. Proceedings of the Royal Society A: Mathematical, Physical and Engineering Sciences. 165 (923): 530–551. Bibcode:1938RSPSA.165..530F. doi:10.1098/rspa.1938.0075. ISSN 1364-5021.
- ^ Hoffmann 2001, p. 94.
- ^ Jump up to:a b c d e “Otto Hahn”. Max-Planck-Gesellschaft. Retrieved 24 June 2020.
- ^ Hoffmann 2001, p. 95.
- ^ Jump up to:a b Hahn 1966, pp. ix–x.
- ^ Sime 1996, pp. 156–157, 169.
- ^ Walker 2006, p. 122.
- ^ Hahn 1966, p. 283.
- ^ Sime 2006, p. 6.
- ^ Sime 1996, pp. 138–139.
- ^ Sime 1996, pp. 8–9.
- ^ Sime 2006, p. 7.
- ^ Jump up to:a b c d Sime 2006, p. 10.
- ^ “Max Planck becomes President of the KWS”. Max-Planck Gesellschaft. Retrieved 23 June 2020.
- ^ Walker 2006, pp. 122–123.
- ^ “The KWS introduces the ‘Führerprinzip’”. Max-Planck Gesellschaft. Retrieved 23 June 2020.
- ^ Sime 1996, p. 143.
- ^ Hahn 1966, pp. 85–88.
- ^ Hahn, O.; Strassman, F.; Walling, E. (19 March 1937). “Herstellung wägbaren Mengen des Strontiumisotops 87 als Umwandlungsprodukt des Rubidiums aus einem kanadischen Glimmer”. Naturwissenschaften (in German). 25 (12): 189. Bibcode:1937NW…..25..189H. doi:10.1007/BF01492269. ISSN 0028-1042.
- ^ Hahn, O.; Walling, E. (12 March 1938). “Über die Möglichkeit geologischer Alterbestimmung rubidiumhaltiger Mineralen und Gesteine”. Zeitschrift für anorganische und allgemeine Chemie (in German). 236 (1): 78–82. doi:10.1002/zaac.19382360109. ISSN 0044-2313.
- ^ Bowen 1994, pp. 162–163.
- ^ Sime, Ruth Lewin (15 June 2010). “An Inconvenient History: the Nuclear-Fission Display in the Deutsches Museum”. Physics in Perspective. 12 (2): 190–218. Bibcode:2010PhP….12..190S. doi:10.1007/s00016-009-0013-x. ISSN 1422-6944. S2CID 120584702.
- ^ Rhodes 1986, pp. 39, 160–167, 793.
- ^ Rhodes 1986, pp. 200–201.
- ^ Sime 1996, pp. 161–162.
- ^ Fergusson, Jack E. (July 2011). “The History of the Discovery of Nuclear Fission”. Foundations of Chemistry. 13 (2): 145–166. doi:10.1007/s10698-011-9112-2. ISSN 1386-4238. S2CID 93361285.
- ^ Rhodes 1986, pp. 210–211.
- ^ Jump up to:a b Segrè, Emilio G. (July 1989). “Discovery of Nuclear Fission”. Physics Today. 42 (7): 38–43. Bibcode:1989PhT….42g..38S. doi:10.1063/1.881174.
- ^ Sime 1996, pp. 164–165.
- ^ Hahn 1966, pp. 140–141.
- ^ Hahn, O. (1958). “The Discovery of Fission”. Scientific American. 198 (2): 76–84. Bibcode:1958SciAm.198b..76H. doi:10.1038/scientificamerican0258-76.
- ^ Jump up to:a b c Sime 1996, pp. 170–172.
- ^ Jump up to:a b L., Meitner; O., Hahn; Strassmann, F. (May 1937). “Über die Umwandlungsreihen des Urans, die durch Neutronenbestrahlung erzeugt werden” [On the series of transformations of uranium that are generated by neutron radiation]. Zeitschrift für Physik (in German). 106 (3–4): 249–270. Bibcode:1937ZPhy..106..249M. doi:10.1007/BF01340321. ISSN 0939-7922. S2CID 122830315.
- ^ Jump up to:a b O., Hahn; L., Meitner; Strassmann, F. (9 June 1937). “Über die Trans‐Urane und ihr chemisches Verhalten” [On the transuranes and their chemical behaviour]. Berichte der Deutschen Chemischen Gesellschaft. 70 (6): 1374–1392. doi:10.1002/cber.19370700634. ISSN 0365-9496.
- ^ Sime 1996, p. 177.
- ^ Sime 1996, pp. 184–185.
- ^ Sime 1996, pp. 200–207.
- ^ Jump up to:a b Sime 1996, pp. 227–230.
- ^ Sime 1996, p. 233.
- ^ Hahn, O.; Strassmann, F. (1939). “Über den Nachweis und das Verhalten der bei der Bestrahlung des Urans mittels Neutronen entstehenden Erdalkalimetalle” [On the detection and characteristics of the alkaline earth metals formed by irradiation of uranium with neutrons]. Die Naturwissenschaften (in German). 27 (1): 11–15. Bibcode:1939NW…..27…11H. doi:10.1007/BF01488241. S2CID 5920336.
- ^ Sime 1996, pp. 248–249.
- ^ Frisch 1979, pp. 115–116.
- ^ Meitner, L.; Frisch, O. R. (January 1939). “Disintegration of Uranium by Neutrons: A New Type of Nuclear Reaction”. Nature. 143 (3615): 239. Bibcode:1939Natur.143..239M. doi:10.1038/143239a0. S2CID 4113262.
- ^ Frisch, O. R. (February 1939). “Physical Evidence for the Division of Heavy Nuclei under Neutron Bombardment”. Nature. 143 (3616): 276. Bibcode:1939Natur.143..276F. doi:10.1038/143276a0. S2CID 4076376.
- ^ Hahn, O.; Strassmann, F. (February 1939). “Nachweis der Entstehung aktiver Bariumisotope aus Uran und Thorium durch Neutronenbestrahlung; Nachweis weiterer aktiver Bruchstücke bei der Uranspaltung”. Naturwissenschaften. 27 (6): 89–95. Bibcode:1939NW…..27…89H. doi:10.1007/BF01488988. S2CID 33512939.
- ^ Von Halban, H.; Joliot, F.; Kowarski, L. (22 April 1939). “Number of Neutrons Liberated in the Nuclear Fission of Uranium”. Nature. 143 (3625): 680. Bibcode:1939Natur.143..680V. doi:10.1038/143680a0. ISSN 0028-0836. S2CID 4089039.
- ^ Jump up to:a b Walker 1993, pp. 22–23.
- ^ Hoffmann 2001, p. 150.
- ^ Jump up to:a b Hahn 1966, pp. 175–177.
- ^ Hoffmann 2001, pp. 156–161.
- ^ Jump up to:a b Walker 2006, p. 132.
- ^ Jump up to:a b Walker 2006, p. 137.
- ^ Jump up to:a b Hoffmann 2001, p. 188.
- ^ Norris 2002, pp. 294–295.
- ^ Walker 1993, pp. 132–133.
- ^ Sime 2006, pp. 19–21.
- ^ Hahn 1966, p. 179.
- ^ Walker 1993, pp. 158–159.
- ^ Hoffmann 2001, p. 195.
- ^ Jump up to:a b Sime 2006, pp. 24–25.
- ^ Walker 1993, pp. 159–160.
- ^ Hoffmann 2001, pp. 196–199.
- ^ Walker 2006, p. 139.
- ^ Sime 2006, pp. 26–28.
- ^ Sime 1996, p. 319.
- ^ Hoffmann 2001, p. 201.
- ^ Hoffmann 2001, pp. 205–206.
- ^ “The Nobel Prize in Chemistry 1944”. Nobel Foundation. Retrieved 17 December 2007.
- ^ Jump up to:a b “The Nobel Prize in Chemistry 1944: Presentation Speech”. Nobel Foundation. Retrieved 3 January 2008.
- ^ Bernstein 2001, pp. 282–283.
- ^ Bernstein 2001, pp. 286–288, 323–324.
- ^ Jump up to:a b Crawford, Sime & Walker 1997, pp. 27–31.
- ^ Crawford 2000, pp. 38–40.
- ^ Crawford 2000, p. 49.
- ^ Bernstein 2001, pp. 311, 325.
- ^ “Statutes of the Nobel Foundation”. NobelPrize.org. Retrieved 25 June 2020.
- ^ Jump up to:a b c Crawford 2000, pp. 49–50.
- ^ Jump up to:a b Hoffmann 2001, p. 209.
- ^ Sime 1996, p. 343.
- ^ Brown, Brandon R. (16 May 2015). “Gerard Kuiper’s Daring Rescue of Max Planck at the End of World War II”. Scientific American Blog Network. Retrieved 27 June 2020.
- ^ “The end of the war and transition. Max Planck is Interim President of the KWS”. Max-Planck-Gesellschaft. Retrieved 27 June 2020.
- ^ Hoffmann 2001, p. 199.
- ^ Macrakis 1993, pp. 189–189.
- ^ Macrakis 1993, pp. 190–191.
- ^ Jump up to:a b “The birth of the Max Planck Society”. Max-Planck-Gesellschaft. Retrieved 27 June 2020.
- ^ Jump up to:a b Walker 2006, pp. 145–147.
- ^ Walker 2006, p. 152.
- ^ Walker 2006, p. 147.
- ^ “The founding of today’s Max Planck Society”. Max-Planck-Gesellschaft. Retrieved 27 June 2020.
- ^ “Overview”. Max Planck Institute for Chemistry. Retrieved 27 June 2020.
- ^ Sime 2006, p. 12.
- ^ Walker 2006, p. 124.
- ^ Sime 2004, p. 48.
- ^ Badash 1983, p. 176.
- ^ Hoffmann 2001, pp. 218–221.
- ^ Hoffmann 2001, pp. 221–222.
- ^ Hoffmann 2001, pp. 231–232.
- ^ Hoffmann 2001, pp. 235–238.
- ^ Sprenger, Sebastian (11 May 2020). “NATO chief backs Germany’s vow to keep war-ready US nukes”. Defence News. Retrieved 28 June 2020.
- ^ Hahn 1988, p. 288.
- ^ Hoffmann 2001, p. 242.
- ^ “FGS Brochure” (PDF). Convention on Biological Diversity. Federation of German Scientists. Retrieved 28 June 2020.
- ^ Hoffmann 2001, p. 248.
- ^ Badash 1983, p. 178.
- ^ Fischer, Ernst Peter (27 December 1999). “Die Allmacht Der Unschärfe”. Focus (in German). No. 52. pp. 103–108. Retrieved 28 June 2020.
- ^ Jump up to:a b c d e f g h i j k l m n o p Spence 1970, p. 302.
- ^ “Alle Medaillenträger”. Wilhelm Exner Medaillen Stiftung. Archived from the original on 22 March 2019. Retrieved 28 June 2020.
- ^ “Harnack Medal”. Max-Planck-Gesellschaft. Retrieved 28 June 2020.
- ^ Hoffmann 2001, pp. 243–244.
- ^ Spence 1970, p. 300.
- ^ Spence 1970, p. 279.
- ^ Jump up to:a b c d Spence 1970, pp. 302–303.
- ^ “Otto Hahn, 1966 Citation”. U. S. Department of Energy. 28 December 2010. Retrieved 14 December 2019.
- ^ “NS Otto Hahn“. Germany’s Nuclear Powered Cargo Ship. Retrieved 28 June 2020.
- ^ “Planetary Names: Crater, craters: Hahn on Moon”. planetarynames.wr.usgs.gov. Retrieved 28 June 2020.
- ^ “IAU Minor Planet Center”. minorplanetcenter.net. Retrieved 28 June 2020.
- ^ “GDCh-Preise”. Gesellschaft Deutscher Chemiker e.V. Retrieved 28 June 2020.
- ^ “Otto Hahn Medal”. Max-Planck -Gesellschaft. Retrieved 28 June 2020.
- ^ “Otto Hahn Award”. Max-Planck-Gesellschaft. Retrieved 28 June 2020.
- ^ “Verleihung der Otto-Hahn-Friedensmedaille”. Deutsche Gesellschaft für die Vereinten Nationen e.V. Retrieved 28 June 2020.
- ^ “Names and Symbols of Transfermium Elements (IUPAC Recommendations 1994)” (PDF). IUPAC. Retrieved 23 June 2020.
- ^ “Names and Symbols of Transfermium Elements (IUPAC Recommendations 1997)” (PDF). IUPAC. Retrieved 23 June 2020.
- ^ Spence 1970, pp. 2300–301.
- ^ “Grab von Otto Hahn aus Göttingen”. www.friedhofguide.de. Retrieved 28 June 2020.
- ^ Frankfurter Allgemeine Zeitung, Frankfurt, Die Welt, Hamburg, Süddeutsche Zeitung, Munich, Die Presse, Vienna, Neue Zürcher Zeitung, Zürich, 29 July 1968.
- ^ Strassmann, Fritz (29 July 1968) “Zum Tode von Otto Hahn”. Die Welt.
- ^ Frisch, Otto R. (1968). “Otto Hahn”. Physics Bulletin. 19 (10): 354. doi:10.1088/0031-9112/19/10/010.
- ^ Spence 1970, pp. 301–302.
References[edit source]
- Badash, Lawrence (1983). “Otto Hahn, Science, and Social Responsibility”. In Shea, William R. (ed.). Otto Hahn and the Rise of Nuclear Physics. The University of Western Ontario Series in the Philosophy of Science. Vol. 22. Dordrecht / Boston / Lancaster: D. Reidel Publishing Company. pp. 167–180. ISBN 90-277-1584-X. OCLC 797094010.
- Berninger, Ernst (1983). “The Discovery of Uranoium Z by Otto Hahn: The First Example of Nuclear Isomerism”. In Shea, William R. (ed.). Otto Hahn and the Rise of Nuclear Physics. The University of Western Ontario Series in the Philosophy of Science. Vol. 22. Dordrecht / Boston / Lancaster: D. Reidel Publishing Company. pp. 213–220. ISBN 90-277-1584-X. OCLC 797094010.
- Bernstein, Jeremy (2001). Hitler’s Uranium Club: The Secret recordings at Farm Hall (2nd ed.). New York: Springer-Verlag. ISBN 978-0-387-95089-1. OCLC 7324621011.
- Bowen, Robert (1994). Isotopes in the Earth Sciences. London: Chapman and Hall. ISBN 978-0-412-53710-3.
- Crawford, Elisabeth; Sime, Ruth Lewin; Walker, Mark (1997). “A Nobel Tale of Postwar Injustice”. Physics Today. 50 (9): 26–32. Bibcode:1997PhT….50i..26C. doi:10.1063/1.881933. ISSN 0031-9228.
- Crawford, Elisabeth (2000). “German Scientists and Hitler’s Vendetta against the Nobel Prizes”. Historical Studies in the Physical and Biological Sciences. 31 (1): 37–53. doi:10.2307/27757845. ISSN 0890-9997. JSTOR 27757845.
- Frisch, Otto (1979). What Little I Remember. Cambridge: Cambridge University Press. ISBN 0-521-40583-1. OCLC 861058137.
- Gerlach, Walther; Hahn, Dietrich (1984). Otto Hahn – Ein Forscherleben unserer Zeit (in German). Stuttgart: Wissenschaftliche Verlagsgesellschaft (WVG). ISBN 978-3-8047-0757-3. OCLC 473315990.
- Hahn, Dietrich, ed. (1988). Otto Hahn – Leben und Werk in Texten und Bildern (in German). Frankfurt am Main: Suhrkamp-Insel Publishers. ISBN 3-458-32789-4. OCLC 42847178.
- Hahn, Otto (1966). Otto Hahn: A Scientific Autobiography. Translated by Ley, Willy. New York: Charles Scribner’s Sons. OCLC 646422716.
- Hoffmann, Klaus (2001). Otto Hahn: Achievement and Responsibility. Translated by Cole, J. Michael. Springer. ISBN 0-387-95057-5. OCLC 468996162.
- Macrakis, Kristie (1993). Surviving the Swastika: Scientific Research in Nazi Germany. Oxford University Press. ISBN 978-0-19-507010-1. OCLC 538154456.
- Norris, Robert S. (2002). Racing for the Bomb: General Leslie R. Groves, the Manhattan Project’s Indispensable Man. South Royalton, Vermont: Steerforth Press. ISBN 1-58642-039-9. OCLC 48544060.
- Rhodes, Richard (1986). The Making of the Atomic Bomb. New York: Simon and Schuster. ISBN 0-671-65719-4. OCLC 224864936.
- Sime, Ruth Lewin (1996). Lise Meitner: A Life in Physics. Berkeley: University of California Press. ISBN 978-0-520-08906-8. OCLC 32893857.
- Sime, Ruth Lewin (2004). Otto Hahn und die Max-Planck-Gesellschaft Zwischen Vergangenheit und Erinnerung (PDF) (in German). Berlin: Max-Planck-Gesellschaft. Retrieved 28 June 2020.
- Sime, Ruth Lewin (March 2006). “The Politics of Memory: Otto Hahn and the Third Reich”. Physics in Perspective. 8 (1): 3–51. Bibcode:2006PhP…..8….3S. doi:10.1007/s00016-004-0248-5. ISSN 1422-6944. S2CID 119479637.
- Spence, Robert (1970). “Otto Hahn 1879–1968”. Biographical Memoirs of Fellows of the Royal Society. 16: 279–313. doi:10.1098/rsbm.1970.0010.
- Stolz, Werner (1989). Otto Hahn, Lise Meitner. Biographien hervorragender Naturwissenschaftler, Techniker und Mediziner (in German). Vieweg+Teubner Verlag. doi:10.1007/978-3-322-82223-9_3. ISBN 978-3-322-00685-1. OCLC 263971970.
- Walker, Mark (May 2006). “Otto Hahn: Responsibility and Repression”. Physics in Perspective. 8 (2): 116–163. Bibcode:2006PhP…..8..116W. doi:10.1007/s00016-006-0277-3. ISSN 1422-6944. S2CID 120992662.
- Walker, Mark (1993). German National Socialism and the Quest for Nuclear Power. Cambridge University Press. ISBN 0-521-36413-2. OCLC 722061969.
- Yruma, Jeris Stueland (November 2008). How Experiments Are Remembered: The Discovery of Nuclear Fission, 1938–1968 (PhD thesis). Princeton University.
Further reading[edit source]
- Berninger, Ernst H. (1970). Otto Hahn 1879–1968. Bonn: Inter Nationes. OCLC 168069.
- Beyerchen, Alan D. (1977). Scientists under Hitler. New Haven and London: Yale University Press. ISBN 9780300018301. OCLC 970896098.
- Feldman, Anthony; Ford, Peter (1979). Otto Hahn – in: Scientists and Inventors. London: Aldus Books.
- Graetzer, Hans D.; Anderson, David L. (1971). The Discovery of Nuclear Fission: A Documentary History. New York: Van Nostrand-Reinhold. OCLC 1130319295.
- Hahn, Otto (1970). My Life. Translated by Kaiser, Ernst; Wilkins, Eithne. New York: Herder and Herder. OCLC 317354004.
- Kant, Horst (2002). Werner Heisenberg and the German Uranium Project. Otto Hahn and the declarations of Mainau and Göttingen. Berlin: Max-Planck-Insitut für Wissenschaftsgeschichte.
- Reid, Robert William (1969). Tongues of Conscience: War and the Scientist’s Dilemma. London: Constable & Co. OCLC 638683343.
- Whiting, Jim (2004). Otto Hahn and the Discovery of Nuclear Fission. Unlocking the Secrets of Science. Bear, Delaware: Mitchell Lane. ISBN 978-1-58415-204-0. OCLC 52312062.
External links[edit source]
Wikimedia Commons has media related to Otto Hahn. Wikiquote has quotations related to: Otto Hahn - Otto Hahn – winner of the Enrico Fermi Award 1966 U.S Government, Department of Energy
- Otto Hahn on Nobelprize.org including the Nobel Lecture on 13 December 1946 From the Natural Transmutations of Uranium to Its Artificial Fission
- Award Ceremony Speech honoring Otto Hahn by Professor Arne Westgren, Stockholm.
- Otto Hahn and the Discovery of Nuclear Fission BR, 2008
- Otto Hahn – Discoverer of Nuclear Fission Author: Dr. Anne Hardy (Pro-Physik, 2004)
- Otto Hahn (1879–1968) – The discovery of fission Visit Berlin, 2011.
- Otto Hahn – Discoverer of nuclear fission
- Otto Hahn – Founder of the Atomic Age Author: Dr Edmund Neubauer (Translation: Brigitte Hippmann) – Website of the Otto Hahn Gymnasium (OHG), 2007.
- Otto Hahn Award
- Otto Hahn Peace Medal in Gold Website of the United Nations Association of Germany (DGVN) in Berlin
- Otto Hahn Medal
- The history of the Hahn Meitner Institute (HMI) Helmholtz-Zentrum, Berlin 2011.
- Otto Hahn heads a delegation to Israel 1959 Website of the Max Planck Society, 2011.
- Biography Otto Hahn 1879–1968
- Otto Hahn – A Life for Science, Humanity and Peace Hiroshima University Peace Lecture, held by Dietrich Hahn, 2 October 2013.
- Otto Hahn – Discoverer of nuclear fission, grandfather of the Atombomb GMX, Switzerland, 17 December 2013. Author: Marinus Brandl.
- Newspaper clippings about Otto Hahn in the 20th Century Press Archives of the ZBW
showvte1944 Nobel Prize laureates -
Satoshi Nakamoto
OLYMPUS DIGITAL CAMERA Satoshi Nakamoto is the name used by the presumed pseudonymous[1][2][3][4] person or persons who developed bitcoin, authored the bitcoin white paper, and created and deployed bitcoin’s original reference implementation.[5] As part of the implementation, Nakamoto also devised the first blockchain database.[6] Nakamoto was active in the development of bitcoin up until December 2010.[7] Many people have claimed, or have been claimed, to be Nakamoto.
Contents
Development of bitcoin
Satoshi Nakamoto message embedded in the coinbase of the first block
Nakamoto stated that work on the writing of the code for bitcoin began in 2007.[8] On 18 August 2008, he or a colleague registered the domain name bitcoin.org,[9] and created a web site at that address. On 31 October, Nakamoto published a white paper on the cryptography mailing list at metzdowd.com describing a digital cryptocurrency, titled “Bitcoin: A Peer-to-Peer Electronic Cash System”.[10][11][12]
On 9 January 2009, Nakamoto released version 0.1 of the bitcoin software on SourceForge, and launched the network by defining the genesis block of bitcoin (block number 0), which had a reward of 50 bitcoins.[13][14][15][16] Embedded in the coinbase transaction of this block is the text: “The Times 03/Jan/2009 Chancellor on brink of second bailout for banks”,[17] citing a headline in the UK newspaper The Times published on that date.[18] This note has been interpreted as both a timestamp and a derisive comment on the alleged instability caused by fractional-reserve banking.[19]: 18
Nakamoto continued to collaborate with other developers on the bitcoin software until mid-2010, making all modifications to the source code himself. He then gave control of the source code repository and network alert key to Gavin Andresen,[20] transferred several related domains to various prominent members of the bitcoin community, and stopped his recognized involvement in the project.[citation needed]
Nakamoto owns between 750,000 and 1,100,000 bitcoin. As of November 2021, that puts his net worth at up to 73 billion US dollars, which would make him the 15th-richest person in the world.[21]
Characteristics and identity
Nakamoto has never revealed personal information when discussing technical matters,[22] though has at times provided commentary on banking and fractional-reserve banking. On his P2P Foundation profile as of 2012, Nakamoto claimed to be a 37-year-old male who lived in Japan;[23] however, some speculated he was unlikely to be Japanese due to his native-level use of English.[22]
Some have considered that Nakamoto might be a team of people: Dan Kaminsky, a security researcher who read the bitcoin code,[24] said that Nakamoto could either be a “team of people” or a “genius”;[25] Laszlo Hanyecz, a developer who had emailed Nakamoto, had the feeling the code was too well designed for one person;[22] Gavin Andresen has said of Nakamoto’s code: “He was a brilliant coder, but it was quirky.”[26]
The use of British English in both source code comments and forum postings, such as the expression “bloody hard”, terms such as “flat” and “maths“, and the spellings “grey” and “colour”,[17] led to speculation that Nakamoto, or at least one individual in a consortium claiming to be him, was of Commonwealth origin.[22][10][25] The reference to London’s Times newspaper in the first bitcoin block mined by Nakamoto suggested to some a particular interest in the British government.[17][27]: 18
Stefan Thomas, a Swiss software engineer and active community member, graphed the timestamps for each of Nakamoto’s bitcoin forum posts (more than 500); the chart showed a steep decline to almost no posts between the hours of 5 a.m. and 11 a.m. Greenwich Mean Time. This was between 2 p.m. and 8 p.m. Japan Standard Time, suggesting an unusual sleep pattern for someone supposedly living in Japan. As this pattern held true even on Saturdays and Sundays, it suggested that Nakamoto consistently was asleep at this time.[22]
Possible identities
The identity of Nakamoto is unknown,[28] but speculations have focussed on various cryptography and computer science experts, mostly of non-Japanese descent.[22]
Hal Finney
Hal Finney (4 May 1956 – 28 August 2014) was a pre-bitcoin cryptographic pioneer and the first person (other than Nakamoto himself) to use the software, file bug reports, and make improvements.[29] He also lived a few blocks from a man named ‘Dorian Satoshi Nakamoto’, according to Forbes journalist Andy Greenberg.[30] Greenberg asked the writing analysis consultancy Juola & Associates to compare a sample of Finney’s writing to Nakamoto’s, and found it to be the closest resemblance they had yet come across, including when compared to candidates suggested by Newsweek, Fast Company, The New Yorker, Ted Nelson, and Skye Grey.[30] Greenberg theorized that Finney may have been a ghostwriter on behalf of Nakamoto, or that he simply used his neighbor Dorian’s identity as a “drop” or “patsy whose personal information is used to hide online exploits”; however, after meeting Finney, seeing the emails between him and Nakamoto and his bitcoin wallet’s history (including the very first bitcoin transaction from Nakamoto to him, which he forgot to pay back) and hearing his denial, Greenberg concluded that Finney was telling the truth. Juola & Associates also found that Nakamoto’s emails to Finney more closely resemble Nakamoto’s other writings than Finney’s do. Finney’s fellow extropian and sometimes co-blogger Robin Hanson assigned a subjective probability of “at least” 15% that “Hal was more involved than he’s said”, before further evidence suggested that was not the case.[31]
Dorian Satoshi Nakamoto
In a high-profile 6 March 2014 article in the magazine Newsweek,[32] journalist Leah McGrath Goodman identified Dorian Prentice Satoshi Nakamoto, a Japanese American man living in California, whose birth name is Satoshi Nakamoto,[32][33][34] as the Nakamoto in question. Besides his name, Goodman pointed to a number of facts that circumstantially suggested he was the bitcoin inventor.[32] Trained as a physicist at Cal Poly University in Pomona, Nakamoto worked as a systems engineer on classified defense projects and computer engineer for technology and financial information services companies. Nakamoto was laid off twice in the early 1990s and turned libertarian according to his daughter, and encouraged her to start her own business “not under the government’s thumb.” In the article’s seemingly biggest piece of evidence, Goodman wrote that when she asked him about bitcoin during a brief in-person interview, Nakamoto seemed to confirm his identity as the bitcoin founder by stating: “I am no longer involved in that and I cannot discuss it. It’s been turned over to other people. They are in charge of it now. I no longer have any connection.”[32][35]
The article’s publication led to a flurry of media interest, including reporters camping out near Dorian Nakamoto’s house and subtly chasing him by car when he drove to do an interview.[36] Later that day, the pseudonymous Nakamoto’s P2P Foundation account posted its first message in five years, stating: “I am not Dorian Nakamoto.”[37][38] During the subsequent full-length interview, Dorian Nakamoto denied all connection to bitcoin, saying he had never heard of the currency before, and that he had misinterpreted Goodman’s question as being about his previous work for military contractors, much of which was classified.[39] In a Reddit “ask-me-anything” interview, he claimed he had misinterpreted Goodman’s question as being related to his work for Citibank.[40] In September, the P2P Foundation account posted another message saying it had been hacked, raising questions over the authenticity of the message six months earlier.[41][42]
Nick Szabo
In December 2013, blogger Skye Grey linked Nick Szabo to the bitcoin white paper using an approach he described as stylometric analysis.[43][44][45] Szabo is a decentralized currency enthusiast, and had published a paper on “bit gold”, one of the precursors of bitcoin. He is known to have been interested in using pseudonyms in the 1990s.[46] In a May 2011 article, Szabo stated about the bitcoin creator: “Myself, Wei Dai, and Hal Finney were the only people I know of who liked the idea (or in Dai’s case his related idea) enough to pursue it to any significant extent until Nakamoto (assuming Nakamoto is not really Finney or Dai).”[47]
Financial author Dominic Frisby provides much circumstantial evidence but, as he admits, no proof that Nakamoto is Szabo.[48] Szabo has denied being Nakamoto. In a July 2014 email to Frisby, he said: “Thanks for letting me know. I’m afraid you got it wrong doxing me as Satoshi, but I’m used to it.”[49] Nathaniel Popper wrote in The New York Times that “the most convincing evidence pointed to a reclusive American man of Hungarian descent named Nick Szabo.”[50]
Craig Wright
See also: Craig Steven Wright § Bitcoin
On 8 December 2015, Wired wrote that Craig Steven Wright, an Australian academic, “either invented bitcoin or is a brilliant hoaxer who very badly wants us to believe he did”.[51] Craig Wright took down his Twitter account and neither he nor his ex-wife responded to press inquiries. The same day, Gizmodo published a story with evidence supposedly obtained by a hacker who broke into Wright’s email accounts, claiming that Satoshi Nakamoto was a joint pseudonym for Craig Steven Wright and computer forensics analyst David Kleiman, who died in 2013.[52] Wright’s claim was supported by Jon Matonis (former director of the Bitcoin Foundation) and bitcoin developer Gavin Andresen.[53]
A number of prominent bitcoin promoters remained unconvinced by the reports.[54] Subsequent reports also raised the possibility that the evidence provided was an elaborate hoax,[55][56] which Wired acknowledged “cast doubt” on their suggestion that Wright was Nakamoto.[57] Bitcoin developer Peter Todd said that Wright’s blog post, which appeared to contain cryptographic proof, actually contained nothing of the sort.[58] Bitcoin developer Jeff Garzik agreed that evidence publicly provided by Wright does not prove anything, and security researcher Dan Kaminsky concluded Wright’s claim was “intentional scammery”.[59]
In May 2019, Wright started using English libel law to sue people who denied he was the inventor of bitcoin, and who called him a fraud.[60] In 2019 Wright registered US copyright for the bitcoin white paper and the code for Bitcoin 0.1.[61] Wright’s team claimed this was “government agency recognition of Craig Wright as Satoshi Nakamoto”;[62] the United States Copyright Office issued a press release clarifying that this was not the case (as they primarily determine whether a work is eligible for copyright, and do not investigate legal ownership, which, if disputed, is determined by the courts).[63]
Other candidates
In a 2011 article in The New Yorker, Joshua Davis claimed to have narrowed down the identity of Nakamoto to a number of possible individuals, including the Finnish economic sociologist Dr. Vili Lehdonvirta and Irish student Michael Clear, who was in 2008 an undergraduate student in cryptography at Trinity College Dublin.[64] Clear strongly denied he was Nakamoto,[65] as did Lehdonvirta.[64]
In October 2011, writing for Fast Company, investigative journalist Adam Penenberg cited circumstantial evidence suggesting Neal King, Vladimir Oksman and Charles Bry could be Nakamoto.[66] They jointly filed a patent application that contained the phrase “computationally impractical to reverse” in 2008, which was also used in the bitcoin white paper by Nakamoto.[67] The domain name bitcoin.org was registered three days after the patent was filed. All three men denied being Nakamoto when contacted by Penenberg.[66]
In May 2013, Ted Nelson speculated that Nakamoto was Japanese mathematician Shinichi Mochizuki.[68] Later, an article was published in The Age newspaper that claimed that Mochizuki denied these speculations, but without attributing a source for the denial.[69]
A 2013 article in Vice listed Gavin Andresen, Jed McCaleb, or a government agency as possible candidates to be Nakamoto.[70]
In 2013, two Israeli mathematicians, Dorit Ron and Adi Shamir, published a paper claiming a link between Nakamoto and Ross Ulbricht. The two based their suspicion on an analysis of the network of bitcoin transactions,[71] but later retracted their claim.[72]
In 2016, the Financial Times said that Nakamoto might have been a group of people, mentioning Hal Finney, Nick Szabo and Adam Back as potential members.[73] In 2020, the YouTube channel Barely Sociable claimed that Adam Back, inventor of bitcoin predecessor Hashcash, is Nakamoto.[74] Back subsequently denied this.[75]
Elon Musk denied he was Nakamoto in a tweet on 28 November 2017, responding to speculation the previous week in a medium.com post by a former SpaceX intern.[76]
In 2019, journalist Evan Ratliff claimed drug dealer Paul Le Roux could be Nakamoto.[77]
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the most convincing evidence pointed to a reclusive American man of Hungarian descent named Nick Szabo.
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-
Wernher von Braun
Wernher Magnus Maximilian Freiherr von Braun (23 March 1912 – 16 June 1977) was a German-American aerospace engineer[3] and space architect. He was the leading figure in the development of rocket technology in Nazi Germany and a pioneer of rocket and space technology in the United States.[4]
While in his twenties and early thirties, von Braun worked in Nazi Germany’s rocket development program. He helped design and co-developed the V-2 rocket at Peenemünde during World War II. Following the war, he was secretly moved to the United States, along with about 1,600 other German scientists, engineers, and technicians, as part of Operation Paperclip.[5] He worked for the United States Army on an intermediate-range ballistic missile program, and he developed the rockets that launched the United States’ first space satellite Explorer 1 in 1958. He worked with Walt Disney on a series of films, which popularized the idea of human space travel in the US and beyond between 1955 and 1957.[6]
In 1960, his group was assimilated into NASA, where he served as director of the newly formed Marshall Space Flight Center and as the chief architect of the Saturn V super heavy-lift launch vehicle that propelled the Apollo spacecraft to the Moon.[7][8] In 1967, von Braun was inducted into the National Academy of Engineering, and in 1975, he received the National Medal of Science.
Von Braun is widely seen as either the “father of space travel”[9], “father of rocket science” [10] or “father of the American lunar programm”.[11] He advocated a human mission to Mars.
Contents
- 1Early life
- 2Career in Germany
- 3American career
- 4Engineering philosophy
- 5Personal life
- 6Death
- 7Recognition and critique
- 8Summary of SS career
- 9Honors
- 10In popular culture
- 11Published works
- 12See also
- 13References
- 14Further reading
- 15External links
Early life[edit source]
Wernher von Braun was born on 23 March 1912, in the small town of Wirsitz in the Posen Province, then the German Empire and now Poland.[12]
His father, Magnus Freiherr von Braun (1878–1972), was a civil servant and conservative politician; he served as Minister of Agriculture in the federal government during the Weimar Republic. His mother, Emmy von Quistorp (1886–1959), traced her ancestry through both parents to medieval European royalty and was a descendant of Philip III of France, Valdemar I of Denmark, Robert III of Scotland, and Edward III of England.[13][14] Wernher had an older brother, the West German diplomat Sigismund von Braun, who served as Secretary of State in the Foreign Office in the 1970s, and a younger brother, Magnus von Braun, who was a rocket scientist and later a senior executive with Chrysler.[15]
The family moved to Berlin in 1915, where his father worked at the Ministry of the Interior. After Wernher’s Confirmation, his mother gave him a telescope, and he developed a passion for astronomy.[16] Von Braun learned to play both the cello and the piano at an early age and at one time wanted to become a composer. He took lessons from the composer Paul Hindemith. The few pieces of Wernher’s youthful compositions that exist are reminiscent of Hindemith’s style.[17]: 11 He could play piano pieces of Beethoven and Bach from memory. Beginning in 1925, Wernher attended a boarding school at Ettersburg Castle near Weimar, where he did not do well in physics and mathematics. There he acquired a copy of Die Rakete zu den Planetenräumen (1923, By Rocket into Planetary Space)[18] by rocket pioneer Hermann Oberth. In 1928, his parents moved him to the Hermann-Lietz-Internat (also a residential school) on the East Frisian North Sea island of Spiekeroog. Space travel had always fascinated Wernher, and from then on he applied himself to physics and mathematics to pursue his interest in rocket engineering.[19]Opel RAK.1 – World’s first public manned flight of a rocket plane on 30 September 1929.
The world’s first large-scale experimental rocket program was Opel RAK under the leadership of Fritz von Opel and Max Valier during the late 1920s leading to the first manned rocket cars and rocket planes,[20][21] which paved the way for the Nazi era V2 program and US and Soviet activities from 1950 onwards.The Opel RAK program and the spectacular public demonstrations of ground and air vehicles drew large crowds, as well as caused global public excitement as so-called “Rocket Rumble” and had a large long-lasting impact on later spaceflight pioneers, in particular on Wernher von Braun. 16-year old Wernher was so enthusiastic about the public Opel RAK demonstrations, that he constructed his own homemade rocket car, nearly killing himself in the process.[22] and causing a major disruption in a crowded street by detonating the toy wagon to which he had attached fireworks. He was taken into custody by the local police until his father came to get him. The Great Depression put an end to the Opel RAK program and Fritz von Opel left Germany in 1930, emigrating first to the US, later to France and Switzerland. After the break-up of Opel-RAK program, Valier eventually was killed while experimenting with liquid-fueled rockets as means of propulsion in mid-1930, and is considered the first fatality of the dawning space age.[23]
In 1930, von Braun attended the Technische Hochschule Berlin, where he joined the Spaceflight Society (Verein für Raumschiffahrt or “VfR”), co-founded by Valier, and worked with Willy Ley in his liquid-fueled rocket motor tests in conjunction with others such as Rolf Engel, Rudolf Nebel, Hermann Oberth or Paul Ehmayr.[24] In spring 1932, he graduated with a diploma in mechanical engineering.[25] His early exposure to rocketry convinced him that the exploration of space would require far more than applications of the current engineering technology. Wanting to learn more about physics, chemistry, and astronomy, von Braun entered the Friedrich-Wilhelm University of Berlin for doctoral studies and graduated with a doctorate in physics in 1934.[26] He also studied at ETH Zürich for a term from June to October 1931.[26]
Career in Germany[edit source]
In 1930, von Braun attended a presentation given by Auguste Piccard. After the talk, the young student approached the famous pioneer of high-altitude balloon flight, and stated to him: “You know, I plan on traveling to the Moon at some time.” Piccard is said to have responded with encouraging words.[27]
Von Braun was greatly influenced by Oberth, of whom he said:
Hermann Oberth was the first who, when thinking about the possibility of spaceships, grabbed a slide-rule and presented mathematically analyzed concepts and designs … I, myself, owe to him not only the guiding-star of my life, but also my first contact with the theoretical and practical aspects of rocketry and space travel. A place of honor should be reserved in the history of science and technology for his ground-breaking contributions in the field of astronautics.[28]
According to historian Norman Davies, von Braun was able to pursue a career as a rocket scientist in Germany due to a “curious oversight” in the Treaty of Versailles which did not include rocketry in its list of weapons forbidden to Germany.[29]
Involvement with the Nazi regime[edit source]
Von Braun with Fritz Todt, who utilized forced labor for major works across occupied Europe. Von Braun is wearing the Nazi party badge on his suit lapel.
Nazi Party membership[edit source]
Von Braun had an ambivalent and complex relationship with Nazi Germany.[5] He applied for membership of the Nazi Party on 12 November 1937, and was issued membership number 5,738,692.[30]: 96
Michael J. Neufeld, an author of aerospace history and chief of the Space History Division at the Smithsonian’s National Air and Space Museum, wrote that ten years after von Braun obtained his Nazi Party membership, he signed an affidavit for the U.S. Army, though he stated the incorrect year:[30]: 96
In 1939, I was officially demanded to join the National Socialist Party. At this time I was already Technical Director at the Army Rocket Center at Peenemünde (Baltic Sea). The technical work carried out there had, in the meantime, attracted more and more attention in higher levels. Thus, my refusal to join the party would have meant that I would have to abandon the work of my life. Therefore, I decided to join. My membership in the party did not involve any political activity.[30]: 96
It has not been ascertained whether von Braun’s error with regard to the year was deliberate or a simple mistake.[30]: 96 Neufeld further wrote:
Von Braun, like other Peenemünders, was assigned to the local group in Karlshagen; there is no evidence that he did more than send in his monthly dues. But he is seen in some photographs with the party’s swastika pin in his lapel – it was politically useful to demonstrate his membership.[30]: 96
Von Braun’s later attitude toward the National Socialist regime of the late 1930s and early 1940s was complex. He said that he had been so influenced by the early Nazi promise of release from the post–World War I economic effects, that his patriotic feelings had increased.[citation needed] In a 1952 memoir article he admitted that, at that time, he “fared relatively rather well under totalitarianism“.[30]: 96–97 Yet, he also wrote that “to us, Hitler was still only a pompous fool with a Charlie Chaplin moustache”[31] and that he perceived him as “another Napoleon” who was “wholly without scruples, a godless man who thought himself the only god”.[32]
Membership in the Allgemeine-SS[edit source]
Von Braun joined the SS horseback riding school on 1 November 1933 as an SS-Anwärter. He left the following year.[33]: 63 In 1940, von Braun joined the SS[34]: 47 [35] and was given the rank of Untersturmführer in the Allgemeine-SS and issued membership number 185,068.: 121 In 1947, he gave the U.S. War Department this explanation:
In spring 1940, one SS-Standartenführer (SS-Colonel) Müller from Greifswald, a bigger town in the vicinity of Peenemünde, looked me up in my office … and told me that Reichsführer-SS Himmler had sent him with the order to urge me to join the SS. I told him I was so busy with my rocket work that I had no time to spare for any political activity. He then told me, that … the SS would cost me no time at all. I would be awarded the rank of a[n] “Untersturmfuehrer” (lieutenant) and it were [sic] a very definite desire of Himmler that I attend his invitation to join.
I asked Müller to give me some time for reflection. He agreed.
Realizing that the matter was of highly political significance for the relation between the SS and the Army, I called immediately on my military superior, Dr. Dornberger. He informed me that the SS had for a long time been trying to get their “finger in the pie” of the rocket work. I asked him what to do. He replied on the spot that if I wanted to continue our mutual work, I had no alternative but to join.[36]
When shown a picture of himself standing behind Himmler, von Braun claimed to have worn the SS uniform only that one time,[37] but in 2002 a former SS officer at Peenemünde told the BBC that von Braun had regularly worn the SS uniform to official meetings. He began as an Untersturmführer (Second lieutenant) and was promoted three times by Himmler, the last time in June 1943 to SS-Sturmbannführer (Major). Von Braun later claimed that these were simply technical promotions received each year regularly by mail.[38]
Work under Nazi regime[edit source]
First rank, from left to right, General Dr Walter Dornberger (partially hidden), General Friedrich Olbricht (with Knight’s Cross), Major Heinz Brandt, and Wernher von Braun (in civilian dress) at Peenemünde, in March 1941
In 1933, von Braun was working on his creative doctorate when the Nazi Party came to power in a coalition government in Germany; rocketry was almost immediately moved onto the national agenda. An artillery captain, Walter Dornberger, arranged an Ordnance Department research grant for von Braun, who then worked next to Dornberger’s existing solid-fuel rocket test site at Kummersdorf.[39]
Von Braun was awarded a doctorate in physics[40] (aerospace engineering) on 27 July 1934, from the University of Berlin for a thesis entitled “About Combustion Tests”; his doctoral supervisor was Erich Schumann.[30]: 61 However, this thesis was only the public part of von Braun’s work. His actual full thesis, Construction, Theoretical, and Experimental Solution to the Problem of the Liquid Propellant Rocket (dated 16 April 1934) was kept classified by the German army, and was not published until 1960.[41] By the end of 1934, his group had successfully launched two liquid fuel rockets that rose to heights of 2.2 and 3.5 km (2 mi).[42]
At the time, Germany was highly interested in American physicist Robert H. Goddard‘s research. Before 1939, German scientists occasionally contacted Goddard directly with technical questions. Von Braun used Goddard’s plans from various journals and incorporated them into the building of the Aggregat (A) series of rockets. The first successful launch of an A-4 took place on 3 October 1942.[43] The A-4 rocket would become well known as the V-2.[44] In 1963, von Braun reflected on the history of rocketry, and said of Goddard’s work: “His rockets … may have been rather crude by present-day standards, but they blazed the trail and incorporated many features used in our most modern rockets and space vehicles.”[26]
Goddard confirmed his work was used by von Braun in 1944, shortly before the Nazis began firing V-2s at England. A V-2 crashed in Sweden and some parts were sent to an Annapolis lab where Goddard was doing research for the Navy. If this was the so-called Bäckebo Bomb, it had been procured by the British in exchange for Spitfires; Annapolis would have received some parts from them. Goddard is reported to have recognized components he had invented, and inferred that his brainchild had been turned into a weapon.[45] Later, von Braun would comment: “I have very deep and sincere regret for the victims of the V-2 rockets, but there were victims on both sides … A war is a war, and when my country is at war, my duty is to help win that war.”[46]
In response to Goddard’s claims, von Braun said “at no time in Germany did I or any of my associates ever see a Goddard patent”. This was independently confirmed. He wrote that claims about his lifting Goddard’s work were the furthest from the truth, noting that Goddard’s paper “A Method of Reaching Extreme Altitudes”, which was studied by von Braun and Oberth, lacked the specificity of liquid-fuel experimentation with rockets. It was also confirmed that he was responsible for an estimated 20 patentable innovations related to rocketry, as well as receiving U.S. patents after the war concerning the advancement of rocketry. Documented accounts also stated he provided solutions to a host of aerospace engineering problems in the 1950s and 60s.[47]Schematic of the A4/V2
On 22 December 1942, Adolf Hitler ordered the production of the A-4 as a “vengeance weapon”, and the Peenemünde group developed it to target London. Following von Braun’s 7 July 1943 presentation of a color movie showing an A-4 taking off, Hitler was so enthusiastic that he personally made von Braun a professor shortly thereafter.[48]
By that time, the British and Soviet intelligence agencies were aware of the rocket program and von Braun’s team at Peenemünde, based on the intelligence provided by the Polish underground Home Army. Over the nights of 17–18 August 1943, RAF Bomber Command‘s Operation Hydra dispatched raids on the Peenemünde camp consisting of 596 aircraft, and dropped 1,800 tons of explosives.[49] The facility was salvaged and most of the engineering team remained unharmed; however, the raids killed von Braun’s engine designer Walter Thiel and Chief Engineer Walther, and the rocket program was delayed.[50][51]See also: Bombing of Peenemünde in World War II
The first combat A-4, renamed the V-2 (Vergeltungswaffe 2 “Retaliation/Vengeance Weapon 2”) for propaganda purposes, was launched toward England on 7 September 1944, only 21 months after the project had been officially commissioned.[52] Satirist Mort Sahl has been credited with mocking von Braun by saying “I aim at the stars, but sometimes I hit London.”[53]
Experiments with rocket aircraft[edit source]
During 1936, von Braun’s rocketry team working at Kummersdorf investigated installing liquid-fuelled rockets in aircraft. Ernst Heinkel enthusiastically supported their efforts, supplying a He-72 and later two He-112s for the experiments. Later in 1936, Erich Warsitz was seconded by the RLM to von Braun and Heinkel, because he had been recognized as one of the most experienced test pilots of the time, and because he also had an extraordinary fund of technical knowledge.[54]: 30 After he familiarized Warsitz with a test-stand run, showing him the corresponding apparatus in the aircraft, he asked: “Are you with us and will you test the rocket in the air? Then, Warsitz, you will be a famous man. And later we will fly to the Moon – with you at the helm!”[54]: 35 A regular He 112
In June 1937, at Neuhardenberg (a large field about 70 km (43 mi) east of Berlin, listed as a reserve airfield in the event of war), one of these latter aircraft was flown with its piston engine shut down during flight by Warsitz, at which time it was propelled by von Braun’s rocket power alone. Despite a wheels-up landing and the fuselage having been on fire, it proved to official circles that an aircraft could be flown satisfactorily with a back-thrust system through the rear.[54]: 51
At the same time, Hellmuth Walter‘s experiments into hydrogen peroxide based rockets were leading towards light and simple rockets that appeared well-suited for aircraft installation. Also the firm of Hellmuth Walter at Kiel had been commissioned by the RLM to build a rocket engine for the He-112, so there were two different new rocket motor designs at Neuhardenberg: whereas von Braun’s engines were powered by alcohol and liquid oxygen, Walter engines had hydrogen peroxide and calcium permanganate as a catalyst. Von Braun’s engines used direct combustion and created fire, the Walter devices used hot vapors from a chemical reaction, but both created thrust and provided high speed.[54]: 41 The subsequent flights with the He-112 used the Walter-rocket instead of von Braun’s; it was more reliable, simpler to operate, and safer for the test pilot, Warsitz.[54]: 55
Slave labor[edit source]
SS General Hans Kammler, who as an engineer had constructed several concentration camps, including Auschwitz, had a reputation for brutality and had originated the idea of using concentration camp prisoners as slave laborers in the rocket program. Arthur Rudolph, chief engineer of the V-2 rocket factory at Peenemünde, endorsed this idea in April 1943 when a labor shortage developed. More people died building the V-2 rockets than were killed by it as a weapon.[55] Von Braun admitted visiting the plant at Mittelwerk on many occasions,[5] and called conditions at the plant “repulsive”, but claimed never to have personally witnessed any deaths or beatings, although it had become clear to him by 1944 that deaths had occurred.[56] He denied ever having visited the Mittelbau-Dora concentration camp itself, where 20,000 died from illness, beatings, hangings, and intolerable working conditions.[57]
Some prisoners claim von Braun engaged in brutal treatment or approved of it. Guy Morand, a French resistance fighter who was a prisoner in Dora, testified in 1995 that after an apparent sabotage attempt, von Braun ordered a prisoner to be flogged,[58] while Robert Cazabonne, another French prisoner, claimed von Braun stood by as prisoners were hanged by chains suspended by cranes.[58]: 123–124 However, these accounts may have been a case of mistaken identity.[59] Former Buchenwald inmate Adam Cabala claims that von Braun went to the concentration camp to pick slave laborers:
… also the German scientists led by Prof. Wernher von Braun were aware of everything daily. As they went along the corridors, they saw the exhaustion of the inmates, their arduous work and their pain. Not one single time did Prof. Wernher von Braun protest against this cruelty during his frequent stays at Dora. Even the aspect of corpses did not touch him: On a small area near the ambulance shed, inmates tortured to death by slave labor and the terror of the overseers were piling up daily. But, Prof. Wernher von Braun passed them so close that he was almost touching the corpses.[60]
Von Braun later claimed that he was aware of the treatment of prisoners, but felt helpless to change the situation.[61]
Arrest and release by the Nazi regime[edit source]
According to André Sellier, a French historian and survivor of the Mittelbau-Dora concentration camp, Heinrich Himmler had von Braun come to his Feldkommandostelle Hochwald HQ in East Prussia in February 1944.[62] To increase his power-base within the Nazi regime, Himmler was conspiring to use Kammler to gain control of all German armament programs, including the V-2 program at Peenemünde.[17]: 38–40 He therefore recommended that von Braun work more closely with Kammler to solve the problems of the V-2. Von Braun claimed to have replied that the problems were merely technical and he was confident that they would be solved with Dornberger’s assistance.[63]
Von Braun had been under SD surveillance since October 1943. A secret report stated that he and his colleagues Klaus Riedel and Helmut Gröttrup were said to have expressed regret at an engineer’s house one evening in early March 1944 that they were not working on a spaceship[5] and that they felt the war was not going well; this was considered a “defeatist” attitude. A young female dentist who was an SS spy reported their comments. Combined with Himmler’s false charges that von Braun and his colleagues were communist sympathizers and had attempted to sabotage the V-2 program, and considering that von Braun regularly piloted his government-provided airplane that might allow him to escape to Britain, this led to their arrest by the Gestapo.[17]: 38–40
The unsuspecting von Braun was detained on 14 March (or 15 March),[64] 1944, and was taken to a Gestapo cell in Stettin (now Szczecin, Poland).[17]: 38–40 where he was held for two weeks without knowing the charges against him.[65]
Through Major Hans Georg Klamroth, in charge of the Abwehr for Peenemünde, Dornberger obtained von Braun’s conditional release and Albert Speer, Reichsminister for Munitions and War Production, persuaded Hitler to reinstate von Braun so that the V-2 program could continue[5][17]: 38–40 [66] or turn into a “V-4 program” (the Rheinbote as a short range ballistic rocket) which in their view would be impossible without von Braun’s leadership.[32] In his memoirs, Speer states Hitler had finally conceded that von Braun was to be “protected from all prosecution as long as he is indispensable, difficult though the general consequences arising from the situation.”[67]
Surrender to the Americans[edit source]
Von Braun, with his arm in a cast, Walter Dornberger (on the left) and Bernhard Tessmann (on the right) surrendered to the Americans just before this 3 May 1945 photo.
The Soviet Army was about 160 km (100 mi) from Peenemünde in early 1945 when von Braun assembled his planning staff and asked them to decide how and to whom they should surrender. Unwilling to go to the Soviets, von Braun and his staff decided to try to surrender to the Americans. Kammler had ordered relocation of his team to central Germany; however, a conflicting order from an army chief ordered them to join the army and fight. Deciding that Kammler’s order was their best bet to defect to the Americans, von Braun fabricated documents and transported 500 of his affiliates to the area around Mittelwerk, where they resumed their work in Bleicherode and surrounding towns after the middle of February 1945. For fear of their documents being destroyed by the SS, von Braun ordered the blueprints to be hidden in an abandoned iron mine in the Harz mountain range near Goslar.[68] The US Counterintelligence Corps managed to unveil the location after lengthy interrogations of von Braun, Walter Dornberger, Bernhard Tessmann and Dieter Huzel and recovered 14 tons of V-2 documents by 15 May 1945, from the British Occupation Zone.[30][69]
While on an official trip in March, von Braun suffered a complicated fracture of his left arm and shoulder in a car accident after his driver fell asleep at the wheel. His injuries were serious, but he insisted that his arm be set in a cast so he could leave the hospital. Due to this neglect of the injury he had to be hospitalized again a month later where his bones had to be rebroken and realigned.[68]
In early April, as the Allied forces advanced deeper into Germany, Kammler ordered the engineering team, around 450 specialists, to be moved by train into the town of Oberammergau in the Bavarian Alps, where they were closely guarded by the SS with orders to execute the team if they were about to fall into enemy hands. However, von Braun managed to convince SS Major Kummer to order the dispersal of the group into nearby villages so that they would not be an easy target for U.S. bombers.[68] On 29 April 1945, Oberammergau was captured by the Allied forces who seized the majority of the engineering team.[70]
Von Braun and several members of the engineering team, including Dornberger, made it to Austria.[71] On 2 May 1945, upon finding an American private from the U.S. 44th Infantry Division, von Braun’s brother and fellow rocket engineer, Magnus, approached the soldier on a bicycle, calling out in broken English: “My name is Magnus von Braun. My brother invented the V-2. We want to surrender.”[15][72] After the surrender, Wernher von Braun spoke to the press:
We knew that we had created a new means of warfare, and the question as to what nation, to what victorious nation we were willing to entrust this brainchild of ours was a moral decision more than anything else. We wanted to see the world spared another conflict such as Germany had just been through, and we felt that only by surrendering such a weapon to people who are guided not by the laws of materialism but by Christianity and humanity could such an assurance to the world be best secured.[73]
The American high command was well aware of how important their catch was: von Braun had been at the top of the Black List, the code name for the list of German scientists and engineers targeted for immediate interrogation by U.S. military experts. On 9 June 1945, two days before the originally scheduled handover of the Nordhausen and Bleicherode area in Thuringia to the Soviets, U.S. Army Major Robert B. Staver, Chief of the Jet Propulsion Section of the Research and Intelligence Branch of the U.S. Army Ordnance Corps in London, and Lt Col R. L. Williams took von Braun and his department chiefs by Jeep from Garmisch to Munich, from where they were flown to Nordhausen. On the following days, a larger group of rocket engineers, among them Helmut Gröttrup, was evacuated from Bleicherode 40 miles (64 km) southwest to Witzenhausen, a small town in the American Zone.[74]
Von Braun was briefly detained at the “Dustbin” interrogation center at Kransberg Castle, where the elite of Nazi Germany’s economic, scientific and technological sectors were debriefed by U.S. and British intelligence officials.[75] Initially, he was recruited to the U.S. under a program called Operation Overcast, subsequently known as Operation Paperclip. There is evidence, however, that British intelligence and scientists were the first to interview him in depth, eager to gain information that they knew U.S. officials would deny them.[76][77] The team included the young L.S. Snell, then the leading British rocket engineer, later chief designer of Rolls-Royce Limited and inventor of the Concorde‘s engines. The specific information the British gleaned remained top secret, both from the Americans and from the other allies.[78]
American career[edit source]
U.S. Army career[edit source]
Wernher von Braun at a meeting of NACA‘s Special Committee on Space Technology, 1958
On 20 June 1945, U.S. Secretary of State Edward Stettinius Jr. approved the transfer of von Braun and his specialists to the United States as one of his last acts in office; however, this was not announced to the public until 1 October 1945.[79]
The first seven technicians arrived in the United States at New Castle Army Air Field, just south of Wilmington, Delaware, on 20 September 1945. They were then flown to Boston and taken by boat to the Army Intelligence Service post at Fort Strong in Boston Harbor. Later, with the exception of von Braun, the men were transferred to Aberdeen Proving Ground in Maryland to sort out the Peenemünde documents, enabling the scientists to continue their rocketry experiments.[80]
Finally, von Braun and his remaining Peenemünde staff (see List of German rocket scientists in the United States) were transferred to their new home at Fort Bliss, a large Army installation just north of El Paso. Von Braun would later write he found it hard to develop a “genuine emotional attachment” to his new surroundings.[81] His chief design engineer Walther Reidel became the subject of a December 1946 article “German Scientist Says American Cooking Tasteless; Dislikes Rubberized Chicken”, exposing the presence of von Braun’s team in the country and drawing criticism from Albert Einstein and John Dingell.[81] Requests to improve their living conditions such as laying linoleum over their cracked wood flooring were rejected.[81] Von Braun remarked, “at Peenemünde we had been coddled, here you were counting pennies”.[81] Whereas von Braun had thousands of engineers who answered to him at Peenemünde, he was now subordinate to “pimply” 26-year-old Jim Hamill, an Army major who possessed only an undergraduate degree in engineering.[81] His loyal Germans still addressed him as “Herr Professor,” but Hamill addressed him as “Wernher” and never responded to von Braun’s request for more materials. Every proposal for new rocket ideas was dismissed.[81]Von Braun’s badge at ABMA (1957)
While at Fort Bliss, they trained military, industrial, and university personnel in the intricacies of rockets and guided missiles. As part of the Hermes project, they helped refurbish, assemble, and launch a number of V-2s that had been shipped from Germany to the White Sands Proving Ground in New Mexico. They also continued to study the future potential of rockets for military and research applications. Since they were not permitted to leave Fort Bliss without military escort, von Braun and his colleagues began to refer to themselves only half-jokingly as “PoPs” – “Prisoners of Peace”.[82]
In 1950, at the start of the Korean War, von Braun and his team were transferred to Huntsville, Alabama, his home for the next 20 years. Between 1952 and 1956,[83] von Braun led the Army’s rocket development team at Redstone Arsenal, resulting in the Redstone rocket, which was used for the first live nuclear ballistic missile tests conducted by the United States. He personally witnessed this historic launch and detonation.[84] Work on the Redstone led to development of the first high-precision inertial guidance system on the Redstone rocket.[85]
As director of the Development Operations Division of the Army Ballistic Missile Agency, von Braun, with his team, then developed the Jupiter-C, a modified Redstone rocket.[86] The Jupiter-C successfully launched the West’s first satellite, Explorer 1, on 31 January 1958. This event signaled the birth of America’s space program.[87]
Popular concepts for a human presence in space[edit source]
Repeating the pattern he had established during his earlier career in Germany, von Braun – while directing military rocket development in the real world – continued to entertain his engineer-scientist’s dream of a future in which rockets would be used for space exploration. However, he was no longer at risk of being sacked – as American public opinion of Germans began to recover, von Braun found himself increasingly in a position to popularize his ideas. The 14 May 1950 headline of The Huntsville Times (“Dr. von Braun Says Rocket Flights Possible to Moon”) might have marked the beginning of these efforts. Von Braun’s ideas rode a publicity wave that was created by science fiction movies and stories.[88]Von Braun with President Dwight D. Eisenhower, 1960; after the loss of the US space race in 1957, the American leadership agreed to Braun’s main role in the design of space rockets
In 1952, von Braun first published his concept of a crewed space station in a Collier’s Weekly magazine series of articles titled “Man Will Conquer Space Soon!“. These articles were illustrated by the space artist Chesley Bonestell and were influential in spreading his ideas. Frequently, von Braun worked with fellow German-born space advocate and science writer Willy Ley to publish his concepts, which, unsurprisingly, were heavy on the engineering side and anticipated many technical aspects of space flight that later became reality.[89]
The space station (to be constructed using rockets with recoverable and reusable ascent stages) would be a toroid structure, with a diameter of 250 feet (76 m); this built on the concept of a rotating wheel-shaped station introduced in 1929 by Herman Potočnik in his book The Problem of Space Travel – The Rocket Motor. The space station would spin around a central docking nave to provide artificial gravity, and would be assembled in a 1,075-mile (1,730 km) two-hour, high-inclination Earth orbit allowing observation of essentially every point on Earth on at least a daily basis. The ultimate purpose of the space station would be to provide an assembly platform for crewed lunar expeditions. More than a decade later, the movie version of 2001: A Space Odyssey would draw heavily on the design concept in its visualization of an orbital space station.[90]
Von Braun envisioned these expeditions as very large-scale undertakings, with a total of 50 astronauts traveling in three huge spacecraft (two for crew, one primarily for cargo), each 49 m (160.76 ft) long and 33 m (108.27 ft) in diameter and driven by a rectangular array of 30 rocket propulsion engines.[91] Upon arrival, astronauts would establish a permanent lunar base in the Sinus Roris region by using the emptied cargo holds of their craft as shelters, and would explore their surroundings for eight weeks. This would include a 400 km (249 mi) expedition in pressurized rovers to the crater Harpalus and the Mare Imbrium foothills.[92]Walt Disney and von Braun, seen in 1954 holding a model of his passenger ship, collaborated on a series of three educational films; among other things, this suggests that Braun himself had enough free time to popularize cosmonautics due to the fact that priority in the design of a space rocket was given to other people.[88]
At this time, von Braun also worked out preliminary concepts for a human mission to Mars that used the space station as a staging point. His initial plans, published in The Mars Project (1952), had envisaged a fleet of 10 spacecraft (each with a mass of 3,720 metric tonnes), three of them uncrewed and each carrying one 200-tonne winged lander[91] in addition to cargo, and nine crew vehicles transporting a total of 70 astronauts. The engineering and astronautical parameters of this gigantic mission were thoroughly calculated. A later project was much more modest, using only one purely orbital cargo ship and one crewed craft. In each case, the expedition would use minimum-energy Hohmann transfer orbits for its trips to Mars and back to Earth.[93]
Before technically formalizing his thoughts on human spaceflight to Mars, von Braun had written a science fiction novel on the subject, set in the year 1980. However, the manuscript was rejected by no fewer than 18 publishers.[94] Von Braun later published small portions of this opus in magazines, to illustrate selected aspects of his Mars project popularizations. The complete manuscript, titled Project Mars: A Technical Tale, did not appear as a printed book until December 2006.[95]
In the hope that its involvement would bring about greater public interest in the future of the space program, von Braun also began working with Walt Disney and the Disney studios as a technical director, initially for three television films about space exploration. The initial broadcast devoted to space exploration was Man in Space, which first went on air on 9 March 1955, drawing 40 million viewers.[81][96][97]
Later (in 1959) von Braun published a short booklet, condensed from episodes that had appeared in This Week Magazine before—describing his updated concept of the first crewed lunar landing.[98] The scenario included only a single and relatively small spacecraft—a winged lander with a crew of only two experienced pilots who had already circumnavigated the Moon on an earlier mission. The brute-force direct ascent flight schedule used a rocket design with five sequential stages, loosely based on the Nova designs that were under discussion at this time. After a night launch from a Pacific island, the first three stages would bring the spacecraft (with the two remaining upper stages attached) to terrestrial escape velocity, with each burn creating an acceleration of 8–9 times standard gravity. Residual propellant in the third stage would be used for the deceleration intended to commence only a few hundred kilometers above the landing site in a crater near the lunar north pole. The fourth stage provided acceleration to lunar escape velocity, while the fifth stage would be responsible for a deceleration during return to the Earth to a residual speed that allows aerocapture of the spacecraft ending in a runway landing, much in the way of the Space Shuttle. One remarkable feature of this technical tale is that the engineer von Braun anticipated a medical phenomenon that would become apparent only years later: being a veteran astronaut with no history of serious adverse reactions to weightlessness offers no protection against becoming unexpectedly and violently spacesick.[check quotation syntax][citation needed]
Religious conversion[edit source]
In the first half of his life, von Braun was a nonpracticing, “perfunctory” Lutheran, whose affiliation was nominal and not taken seriously.[99] As described by Ernst Stuhlinger and Frederick I. Ordway III: “Throughout his younger years, von Braun did not show signs of religious devotion, or even an interest in things related to the church or to biblical teachings. In fact, he was known to his friends as a ‘merry heathen’ (fröhlicher Heide).”[100] Nevertheless, in 1945 he explained his decision to surrender to the Western Allies, rather than Russians, as being influenced by a desire to share rocket technology with people who followed the Bible. In 1946,[101]: 469 he attended church in El Paso, Texas, and underwent a religious conversion to evangelical Christianity.[102] In an unnamed religious magazine he stated:
One day in Fort Bliss, a neighbor called and asked if I would like to go to church with him. I accepted, because I wanted to see if the American church was just a country club as I’d been led to expect. Instead, I found a small, white frame building … in the hot Texas sun on a browned-grass lot … Together, these people make a live, vibrant community. This was the first time I really understood that religion was not a cathedral inherited from the past, or a quick prayer at the last minute. To be effective, a religion has to be backed up by discipline and effort.— von Braun[101]: 229–230
On the motives behind this conversion, Michael J. Neufeld is of the opinion that he turned to religion “to pacify his own conscience”,[103] whereas University of Southampton scholar Kendrick Oliver said that von Braun was presumably moved “by a desire to find a new direction for his life after the moral chaos of his service for the Third Reich”.[104] Having “concluded one bad bargain with the Devil, perhaps now he felt a need to have God securely at his side”.[105]
At a Gideons conference in 2004, W. Albert Wilson, a former pilot and NASA employee claimed that he had talked with von Braun about the Christian faith while von Braun was working for NASA, and believed that conversation had been instrumental in von Braun’s conversion.[106]
Later in life, he joined an Episcopal congregation,[102] and became increasingly religious.[107] He publicly spoke and wrote about the complementarity of science and religion, the afterlife of the soul, and his belief in God.[108][109] He stated, “Through science man strives to learn more of the mysteries of creation. Through religion he seeks to know the Creator.”[110] He was interviewed by the Assemblies of God pastor C. M. Ward, as stating, “The farther we probe into space, the greater my faith.”[111] In addition, he met privately with evangelist Billy Graham and with the pacifist leader Martin Luther King Jr.[112]Von Braun with President Kennedy at Redstone Arsenal in 1963; President Kennedy was the initiator of the American lunar program in 1961, and Braun was appointed its technical directorVon Braun with the F-1 engines of the Saturn V first stage at the U.S. Space and Rocket CenterStill with his rocketmodels, von Braun is pictured in his new office at NASA headquarters in 1970
Concepts for orbital warfare[edit source]
Von Braun developed and published his space station concept during the time of the Cold War when the U.S. government put the containment of the Soviet Union above everything else. The fact that his space station – if armed with missiles that could be easily adapted from those already available at this time – would give the United States space superiority in both orbital and orbit-to-ground warfare did not escape him. In his popular writings, von Braun elaborated on them in several of his books and articles, but he took care to qualify such military applications as “particularly dreadful”. This much-less-peaceful aspect of von Braun’s “drive for space” has been reviewed by Michael J. Neufeld from the Space History Division of the National Air and Space Museum in Washington.[113]
NASA career[edit source]
Von Braun during the Apollo 11 launch, with binoculars to watch it
The U.S. Navy had been tasked with building a rocket to lift satellites into orbit, but the resulting Vanguard rocket launch system was unreliable. In 1957, with the launch of Sputnik 1, a growing belief within the United States existed that it was lagging behind the Soviet Union in the emerging Space Race. American authorities then chose to use von Braun and his German team’s experience with missiles to create an orbital launch vehicle. Von Braun had originally proposed such an idea in 1954, but it was denied at the time.[81]
NASA was established by law on 29 July 1958. One day later, the 50th Redstone rocket was successfully launched from Johnston Atoll in the south Pacific as part of Operation Hardtack I. Two years later, NASA opened the Marshall Space Flight Center at Redstone Arsenal in Huntsville, and the Army Ballistic Missile Agency (ABMA) development team led by von Braun was transferred to NASA. In a face-to-face meeting with Herb York at the Pentagon, von Braun made it clear he would go to NASA only if development of the Saturn were allowed to continue.[114] Von Braun became the center’s first director on 1 July 1960 and held the position until 27 January 1970.[115]
Von Braun’s early years at NASA included a failed “four-inch flight” during which the first uncrewed Mercury-Redstone rocket only rose a few inches before settling back onto the launch pad. The launch failure was later determined to be the result of a “power plug with one prong shorter than the other because a worker filed it to make it fit”. Because of the difference in the length of one prong, the launch system detected the difference in the power disconnection as a “cut-off signal to the engine”. The system stopped the launch, and the incident created a “nadir of morale in Project Mercury”.[116]
After the flight of Mercury-Redstone 2 in January 1961 experienced a string of problems, von Braun insisted on one more test before the Redstone could be deemed man-rated. His overly cautious nature brought about clashes with other people involved in the program, who argued that MR-2’s technical issues were simple and had been resolved shortly after the flight. He overruled them, so a test mission involving a Redstone on a boilerplate capsule was flown successfully in March. Von Braun’s stubbornness was blamed for the inability of the U.S. to launch a crewed space mission before the Soviet Union, which ended up putting the first man in space the following month.[117] Three weeks later on 5 May, von Braun’s team successfully launched Alan Shepard into space. He named his Mercury-Redstone 3 Freedom 7.[118]Charles W. Mathews, von Braun, George Mueller, and Lt. Gen. Samuel C. Phillips in the Launch Control Center following the successful Apollo 11 liftoff on 16 July 1969
The Marshall Center’s first major program was the development of Saturn rockets to carry heavy payloads into and beyond Earth orbit. From this, the Apollo program for crewed Moon flights was developed. Von Braun initially pushed for a flight engineering concept that called for an Earth orbit rendezvous technique (the approach he had argued for building his space station), but in 1962, he converted to the lunar orbit rendezvous concept that was subsequently realized.[119][120] During Apollo, he worked closely with former Peenemünde teammate, Kurt H. Debus, the first director of the Kennedy Space Center. His dream to help mankind set foot on the Moon became a reality on 16 July 1969, when a Marshall-developed Saturn V rocket launched the crew of Apollo 11 on its historic eight-day mission. Over the course of the program, Saturn V rockets enabled six teams of astronauts to reach the surface of the Moon.[citation needed]
During the late 1960s, von Braun was instrumental in the development of the U.S. Space and Rocket Center in Huntsville. The desk from which he guided America’s entry in the space race remains on display there. He also was instrumental in the launching of the experimental Applications Technology Satellite. He traveled to India and hoped that the program would be helpful for bringing a massive educational television project to help the poorest people in that country.[121]
During the local summer of 1966–67, von Braun participated in a field trip to Antarctica, organized for him and several other members of top NASA management.[122] The goal of the field trip was to determine whether the experience gained by U.S. scientific and technological community during the exploration of Antarctic wastelands would be useful for the crewed exploration of space. Von Braun was mainly interested in management of the scientific effort on Antarctic research stations, logistics, habitation, and life support, and in using the barren Antarctic terrain like the glacial dry valleys to test the equipment that one day would be used to look for signs of life on Mars and other worlds.[123]
In an internal memo dated 16 January 1969,[124] von Braun had confirmed to his staff that he would stay on as a center director at Huntsville to head the Apollo Applications Program. He referred to this time as a moment in his life when he felt the strong need to pray, stating “I certainly prayed a lot before and during the crucial Apollo flights”.[125] A few months later, on occasion of the first Moon landing, he publicly expressed his optimism that the Saturn V carrier system would continue to be developed, advocating human missions to Mars in the 1980s.[126]
Nonetheless, on 1 March 1970, von Braun and his family relocated to Washington, DC, when he was assigned the post of NASA’s Deputy Associate Administrator for Planning at NASA Headquarters. After a series of conflicts associated with the truncation of the Apollo program, and facing severe budget constraints, von Braun retired from NASA on 26 May 1972. Not only had it become evident by this time that NASA and his visions for future U.S. space flight projects were incompatible, but also it was perhaps even more frustrating for him to see popular support for a continued presence of man in space wane dramatically once the goal to reach the Moon had been accomplished.[127]Von Braun and William R. Lucas, the first and third Marshall Space Flight Center directors, viewing a Spacelab model in 1974; Braun’s proposals for the further development of cosmonautics were not accepted, priority was given to the space shuttle program
Von Braun also developed the idea of a Space Camp that would train children in fields of science and space technologies, as well as help their mental development much the same way sports camps aim at improving physical development.[30]: 354–355 [128]
Career after NASA[edit source]
After leaving NASA, von Braun moved to the Washington, D.C. area and became Vice President for Engineering and Development at the aerospace company Fairchild Industries in Germantown, Maryland, on 1 July 1972.[128]
In 1973, during a routine physical examination, von Braun was diagnosed with kidney cancer, which could not be controlled with the medical techniques available at the time.[129]
Von Braun helped establish and promote the National Space Institute, a precursor of the present-day National Space Society, in 1975, and became its first president and chairman. In 1976, he became scientific consultant to Lutz Kayser, the CEO of OTRAG, and a member of the Daimler-Benz board of directors. However, his deteriorating health forced him to retire from Fairchild on 31 December 1976. When the 1975 National Medal of Science was awarded to him in early 1977, he was hospitalized, and unable to attend the White House ceremony.[130]
Engineering philosophy[edit source]
Von Braun’s insistence on further tests after Mercury-Redstone 2 flew higher than planned has been identified as contributing to the Soviet Union’s success in launching the first human in space.[131] The Mercury-Redstone BD flight was successful, but took up the launch slot that might have put Alan Shepard into space three weeks ahead of Yuri Gagarin. His Soviet counterpart Sergei Korolev insisted on two successful flights with dogs before risking Gagarin’s life on a crewed attempt. The second test flight took place one day after the Mercury-Redstone BD mission.[30]
Von Braun took a very conservative approach to engineering, designing with ample safety factors and redundant structure. This became a point of contention with other engineers, who struggled to keep vehicle weight down so that payload could be maximized. As noted above, his excessive caution likely led to the U.S. losing the race to put a man into space with the Soviets. Krafft Ehricke likened von Braun’s approach to building the Brooklyn Bridge.[132]: 208 Many at NASA headquarters jokingly referred to Marshall as the “Chicago Bridge and Iron Works“, but acknowledged that the designs worked.[133] The conservative approach paid off when a fifth engine was added to the Saturn C-4, producing the Saturn V. The C-4 design had a large crossbeam that could easily absorb the thrust of an additional engine.[30]: 371
Personal life[edit source]
Maria von Braun, wife of Wernher von Braun
Von Braun had a charismatic personality and was known as a ladies’ man. As a student in Berlin, he would often be seen in the evenings in the company of two girlfriends at once.[30]: 63 He later had a succession of affairs within the secretarial and computer pool at Peenemünde.[30]: 92–94
In January 1943, von Braun became engaged to Dorothee Brill, a physical education teacher in Berlin, and he sought permission to marry from the SS Race and Settlement Office. However, the engagement was broken due to his mother’s opposition.[30]: 146–147 Later in 1943, he had an affair with a French woman while in Paris preparing V-2 launch sites in northeastern France. She was imprisoned for collaboration after the war and became destitute.[30]: 147–148
During his stay at Fort Bliss, von Braun proposed marriage to Maria Luise von Quistorp (born 10 June 1928), his maternal first cousin, in a letter to his father. He married her in a Lutheran church in Landshut, Bavaria, on 1 March 1947, having received permission to go back to Germany and return with his bride. He was 35 and his new bride was 18.[134] Shortly after, he became an evangelical Christian. He returned to New York on 26 March 1947, with his wife, father, and mother. On 8 December 1948, the von Brauns’ first daughter together, Iris Careen, was born at Fort Bliss Army Hospital.[43] The couple had two more children: Margrit Cécile, born 8 May 1952,[135] and Peter Constantine, born 2 June 1960.[135]
On 15 April 1955, von Braun became a naturalized citizen of the United States.[136]
Death[edit source]
Grave of Wernher von Braun in Ivy Hill Cemetery (Alexandria, Virginia), 2008
In 1973, von Braun was diagnosed with kidney cancer during a routine medical examination. However, he continued to work unrestrained for a number of years. In January 1977, now very ill, he resigned from Fairchild Industries. Later in 1977, President Gerald Ford awarded him the country’s highest science honor, the National Medal of Science in Engineering. He was, however, too ill to attend the White House ceremony.[137]
Von Braun died on 16 June 1977 of pancreatic cancer in Alexandria, Virginia, at age 65.[138][139] He is buried on Valley Road at the Ivy Hill Cemetery. His gravestone cites Psalm 19:1: “The heavens declare the glory of God; and the firmament sheweth his handywork” (KJV).[140]
Recognition and critique[edit source]
In 1970, Huntsville, Alabama honored von Braun’s years of service with a series of events including the unveiling of a plaque in his honor. Pictured (l–r), his daughter Iris, wife Maria, U.S. Sen. John Sparkman, Alabama Gov. Albert Brewer, von Braun, son Peter, and daughter Margrit.
- Apollo program director Sam Phillips was quoted as saying that he did not think that the United States would have reached the Moon as quickly as it did without von Braun’s help. Later, after discussing it with colleagues, he amended this to say that he did not believe the United States would have reached the Moon at all.[17]: 167
- In a TV interview on the occasion of the US Moon landing in July 1969, Helmut Gröttrup, staff member in Peenemünde and later head of the German collective in the Soviet rocketry program, set up the thesis that automatic space probes can get the same amount of scientific data with an effort of only 10 or 20 percent of the costs, and that the money should be better spent on other purposes. Von Braun justified the expenses for manned operations with the following argument: “I think somehow space flights for the first time give mankind a chance to become immortal. Once this earth will no longer be able to support life we can emigrate to other places which are better suited for our life.”[141]
- Scrutiny of von Braun’s use of forced labor at Mittelwerk intensified again in 1984 when Arthur Rudolph, one of his top affiliates from the A-4/V2 through the Apollo projects, left the United States and was forced to renounce his citizenship in place of the alternative of being tried for war crimes.[5][142]
- A science- and engineering-oriented Gymnasium in Friedberg, Bavaria, was named after von Braun in 1979. In response to rising criticism, a school committee decided in 1995, after lengthy deliberations, to keep the name but “to address von Braun’s ambiguity in the advanced history classes”. In 2012, Nazi concentration camp survivor David Salz gave a speech in Friedberg, calling out to the public to “Do everything to make this name disappear from this school!”.[143][144]
Summary of SS career[edit source]
- SS number: 185,068
- Nazi Party number: 5,738,692[30]: 96
Dates of rank[edit source]
- SS-Anwärter: 1 November 1933 (Candidate; received rank upon joining SS Riding School)
- SS-Mann: July 1934 (Private)
(left SS after graduation from the school; commissioned in 1940 with date of entry backdated to 1934)
- SS-Untersturmführer: 1 May 1940 (Second Lieutenant)
- SS-Obersturmführer: 9 November 1941 (First Lieutenant)
- SS-Hauptsturmführer: 9 November 1942 (Captain)
- SS-Sturmbannführer: 28 June 1943 (Major)[40]
Honors[edit source]
Elected Honorary Fellow of the British Interplanetary Society in 1949[145]Elliott Cresson Medal in 1962[146]Inducted into the International Aerospace Hall of Fame in 1965[147]Langley Gold Medal in 1967[148] Wilhelm Exner Medal in 1969[2]Golden Plate Award of the American Academy of Achievement in 1975[149]Civitan International World Citizenship Award in 1970[150]National Aviation Hall of Fame (1982)[151] In popular culture[edit source]
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Find sources: “Wernher von Braun” – news · newspapers · books · scholar · JSTOR (April 2017) (Learn how and when to remove this template message)Film and television Von Braun has been featured in a number of films and television shows or series:
- “Man in Space“, “Man and the Moon” and “Mars and Beyond” – episodes of Disneyland which originally aired on 9 March 1955, 28 December 1955 and 4 December 1957 respectively.
- I Aim at the Stars (1960) – also titled Wernher von Braun and Ich greife nach den Sternen (“I Reach for the Stars”); von Braun played by Curd Jürgens, his wife Maria played by Victoria Shaw.[152] Although it was said that satirist Mort Sahl suggested the subtitle “But Sometimes I Hit London”, the line appears in the film itself, spoken by actor James Daly who plays the cynical American press officer.
- Frozen Flashes (1967) – based on Julius Mader‘s documentary report “The Secret of Huntsville”; von Braun (only referred to as the “rocket baron”) played by Dietrich Körner.
- Perfumed Nightmare (1977) – the main character, a Filipino who dreams of spaceflight, established a Wernher von Braun fan club in Laguna, Philippines.[153]
- From the Earth to the Moon (TV, 1998) – von Braun played by Norbert Weisser.
- October Sky – a 1999 biographical film on the life of Homer Hickam and his fascination with rockets, who is inspired by von Braun (played by Joe Digaetran)
- Space Race (TV, BBC co-production with NDR (Germany), Channel One TV (Russia) and National Geographic TV (USA), 2005) – von Braun played by Richard Dillane.
- The Lost Von Braun – a documentary by Aron Ranen. Interviews with Ernst Stuhlinger, Konrad Dannenberg, Karl Sendler, Alex Baum, Eli Rosenbaum (DOJ) and von Braun’s NASA secretary Bonnie Holmes.
- Wernher von Braun – Rocket Man for War and Peace – A three part (part1, part 2, part 3) documentary – in English – from the German International channel DW-TV.[154] Original German version Wernher von Braun – Der Mann für die Wunderwaffen by the Mitteldeutscher Rundfunk. Played by Ludwig Blochberger.[155]
- American Genius television series (2015): Space Race (Season 1, episode 5) – von Braun played by Corey Maher.
- Timeless television series (2016): Party at Castle Varlar (Season 1, episode 4) – von Braun played by Christian Oliver.
- Project Blue Book television series (2019): “Operation Paperclip” (Season 1, episode 4) – von Braun played by Thomas Kretschmann.
- For All Mankind web television series (2019): “Red Moon” (Season 1, episode 1), “He Built the Saturn V” (Season 1, episode 2), “Home Again” (Season 1, episode 6) – von Braun played by Colm Feore.
- Hunters (fictional web television series on Amazon Prime Video, 2020): “The Jewish Question” (Season 1, episode 8) – von Braun played by Victor Slezak.
Several fictional characters have been modeled on von Braun:
- Dr. Strangelove, or: How I Learned to Stop Worrying and Love the Bomb (1964): Dr Strangelove is usually held to be based at least partly on von Braun.[156]
In print media:
- In Warren Ellis‘s graphic novel Ministry of Space, von Braun is a supporting character, settling in Britain after World War II, and being essential for the realization of the British space program.
- In Jonathan Hickman‘s comic book series The Manhattan Projects, von Braun is a major character.
In literature:
- The Good German by Joseph Kanon. Von Braun and other scientists are said to have been implicated in the use of slave labor at Peenemünde; their transfer to the U.S. forms part of the narrative.
- Space by James Michener. Von Braun and other German scientists are brought to the U.S. and form a vital part of the U.S. efforts to reach space.
- Gravity’s Rainbow by Thomas Pynchon. The novel involves British intelligence attempting to avert and predict V-2 rocket attacks. The work even includes a gyroscopic equation for the V2. The first portion of the novel, “Beyond The Zero”, begins with a quotation from von Braun: “Nature does not know extinction; all it knows is transformation. Everything science has taught me, and continues to teach me, strengthens my belief in the continuity of our spiritual existence after death.”
- V-S Day by Allen Steele is a 2014 alternate history novel in which the space race occurs during World War II between teams led by Robert H. Goddard and von Braun.
- Moonglow by Michael Chabon (2016) includes a fictionalized description of the search for and capture of Von Braun by the US Army, and his role in the Nazi V-2 program and subsequently in the US space program.
In theatre:
- Rocket City, Alabam’, a stage play by Mark Saltzman, weaves von Braun’s real life with a fictional plot in which a young Jewish woman in Huntsville, Alabama becomes aware of his Nazi past and tries to inspire awareness and outrage. Von Braun is a character in the play.[157]
In music:
- Infinite Journey (1962), Johann Sebastian Bach and Apollo program rocket sounds album by various artists including Henry Mazer, which features von Braun as a narrator.[158]
- “Wernher von Braun” (1965):[159] A song written and performed by Tom Lehrer for an episode of NBC‘s American version of the BBC TV show That Was The Week That Was; the song was later included in Lehrer’s albums That Was The Year That Was and The Remains of Tom Lehrer. It was a satire on what some saw as von Braun’s cavalier attitude toward the consequences of his work in Nazi Germany.[160]
- The Last Days of Pompeii (1991): A rock opera by Grant Hart‘s post-Hüsker Dü alternative rock group Nova Mob, in which von Braun features as a character. The album includes a song called “Wernher von Braun”.
Published works[edit source]
- Proposal for a Workable Fighter with Rocket Drive. 6 July 1939.
- The proposed vertical take-off interceptor[161] for climbing to 35,000 ft in 60 seconds was rejected by the Luftwaffe in the autumn of 1941[51]: 258 for the Messerschmitt Me 163 Komet[30]: 151 and never produced. (The differing Bachem Ba 349 was produced during the 1944 Emergency Fighter Program.)
- ‘Survey’ of Previous Liquid Rocket Development in Germany and Future Prospects. May 1945.[162]
- A Minimum Satellite Vehicle Based on Components Available from Developments of the Army Ordnance Corps. 15 September 1954.
It would be a blow to U.S. prestige if we did not [launch a satellite] first.
[162] - The Mars Project, Urbana, University of Illinois Press, (1953). With Henry J. White, translator.
- Arthur C. Clarke, ed. (1967). German Rocketry, The Coming of the Space Age. New York: Meredith Press.
- First Men to the Moon, Holt, Rinehart and Winston, New York (1960). Portions of work first appeared in This Week Magazine.
- Daily Journals of Wernher von Braun, May 1958 – March 1970. March 1970.[162]
- History of Rocketry & Space Travel, New York, Crowell (1975). With Frederick I. Ordway III.
- Estate of Wernher von Braun; Ordway III, Frederick I & Dooling, David Jr. (1985) [1975]. Space Travel: A History (2nd ed.). New York: Harper & Row. ISBN 978-0-06-181898-1.
- The Rocket’s Red Glare, Garden City, New York: Anchor Press, (1976). With Frederick I. Ordway III.
- New Worlds, Discoveries From Our Solar System, Garden City, New York: Anchor Press/Doubleday, (1979). With Frederick I. Ordway III. Von Braun’s final work, completed posthumously.
- Project Mars: A Technical Tale, Apogee Books, Toronto (2006). A previously unpublished science fiction story by von Braun. Accompanied by paintings from Chesley Bonestell and von Braun’s own technical papers on the proposed project.
- Willhite, Irene E. (2007). The Voice of Dr. Wernher von Braun: An Anthology. Apogee Books Space Series. Collector’s Guide Publishing. ISBN 978-1894959643. A collection of speeches delivered by von Braun over the course of his career.
See also[edit source]
- Robert Esnault-Pelterie
- List of German inventors and discoverers
- List of coupled cousins
- List of Nazis
- Konstantin Tsiolkovsky
References[edit source]
- ^ Ivy Hill Cemetery, Alexandria, Virginia, Wilson, Scott. Resting Places: The Burial Sites of More Than 14,000 Famous Persons, 3d ed.: 2 (Kindle Location 48952). McFarland & Company, Inc., Publishers. Kindle Edition.
- ^ Jump up to:a b Editor, ÖGV. (2015). Wilhelm Exner Medal. Austrian Trade Association. ÖGV. Austria.
- ^ Neufeld, Michael. Von Braun: Dreamer of Space, Engineer of War (First ed.). Vintage Books. pp. xv.
Although Wernher von Braun got a doctorate in physics in 1934, he never worked a day in his life thereafter as a scientist. He was an engineer and a manager of engineers, and he used that vocabulary when he was talking to his professional peers.
- ^ Wernher von Braun: History’s Most Controversial Figure?, Al Jazeera
- ^ Jump up to:a b c d e f Neufeld, Michael J. (20 May 2019). “Wernher von Braun and the Nazis”. American Experience: Chasing the Moon. PBS. Retrieved 24 July 2019.
- ^ https://www.nasa.gov/centers/marshall/history/vonbraun/disney_article.html
- ^ “SP-4206 Stages to Saturn, Chapter 9”. history.nasa.gov. Retrieved 8 March 2015.
- ^ “Biography of Wernher von Braun”. MSFC History Office. NASA Marshall Space Flight Center. Archived from the original on 11 June 2002.
- ^ https://www.nationalaviation.org/our-enshrinees/von-braun-wernher/
- ^ https://apollo11space.com/a-guide-to-wernher-von-brauns-life/
- ^ https://time.com/5627637/nasa-nazi-von-braun/
- ^ Magill, Frank N. (2013). The 20th Century A–GI. Dictionary of World Biography. Vol. 7. New York: Routledge. p. 440. ISBN 9781136593345.
- ^ “Von Braun, Wernher” Archived 19 July 2011 at the Wayback Machine, Erratik Institut. Retrieved 4 February 2011
- ^ “Dr. Wernher von Braun’i mälestuseks”, Füüsikainstituut. Retrieved 4 February 2011
- ^ Jump up to:a b Spires, Shelby G. (27 June 2003). “Von Braun’s brother dies; aided surrender”. The Huntsville Times. p. 1A.
Magnus von Braun, the brother of rocket pioneer Wernher von Braun who worked in Huntsville from 1950–1955, died Saturday in Phoenix, Ariz. He was 84. Though not as famous as his older brother, who died in 1977, Magnus von Braun made the first contact with U.S. Army troops to arrange the German rocket team’s surrender at the end of World War II.
- ^ Magnus Freiherr von Braun, Von Ostpreußen bis Texas. Erlebnisse und zeitgeschichtliche Betrachtungen eines Ostdeutschen. Stollhamm 1955
- ^ Jump up to:a b c d e f Ward, Bob (2005). Dr. Space: The Life of Wernher von Braun. ISBN 978-1-591-14926-2.
- ^ Die Rakete zu den Planetenräumen by Hermann Oberth, R. Oldenbourg 1923 OCLC 6026491[failed verification]
- ^ Biddle, Wayne (2009). Dark Side of the Moon: Wernher Von Braun, the Third Reich, and the Space Race. W.W. Norton. ISBN 978-0-393-05910-6. Retrieved 10 January 2022.
- ^ Boyne, Walter J. (1 September 2004). “The Rocket Men”. Air Force Magazine. Retrieved 24 September 2021.
- ^ Rohwedder, Leif (May 2018). “Opel Sounds in the Era of Rockets”. Opel Post web magazine. Retrieved 24 September 2021.
- ^ Winter, Frank H. (30 April 2021). “A Century Before Elon Musk, There Was Fritz von Opel”. Air & Space/Smithsonian. Retrieved 24 September 2021.
- ^ Hensel, André T. (2019). “Die Grundlegung der Raumfahrt in der ersten Hälfte des 20. Jahrhunderts”. Geschichte der Raumfahrt Bis 1970: Vom Wettlauf Ins All Bis zur Mondlandung (in German). Springer: 1–44. doi:10.1007/978-3-662-58839-0_1. ISBN 978-3-662-58838-3. S2CID 188476724. Retrieved 10 January 2022.
- ^ Various sources such as The Nazi Rocketeers (ISBN 0811733874 pp. 5–8) list the young Wernher von Braun as joining the VfR as an apprentice to Willy Ley, one of the three founders. Later when Ley fled Germany because he was a Jew, von Braun took over the leadership of the Verein and changed its activity to military development.
- ^ “Wernher von Braun biography”. Biography.com. Retrieved 1 March 2014.
- ^ Jump up to:a b c “Recollections of Childhood: Early Experiences in Rocketry as Told by Werner von Braun 1963”. MSFC History Office. NASA Marshall Space Flight Center. Archived from the original on 12 February 2009.
- ^ As related by Auguste’s son Jacques Piccard to fellow deep-sea explorer Hans Fricke, cited in: Fricke H. Der Fisch, der aus der Urzeit kam, pp. 23–24. Deutscher Taschenbuch-Verlag, 2010. ISBN 978-3-423-34616-0 (in German)
- ^ Leo Nutz; Elmar Wild (28 December 1989). “Oberth-museum.org”. Oberth-museum.org. Retrieved 15 August 2013.
- ^ Davies, Norman (2006). Europe at War 1939–1945: No Simple Victory. London: Macmillan. p. 416. ISBN 9780333692851. OCLC 70401618.
- ^ Jump up to:a b c d e f g h i j k l m n o p q Neufeld, Michael (2007). Von Braun Dreamer of Space Engineer of War. New York: Alfred A. Knopf. ISBN 978-0-307-26292-9.
- ^ Spangenburg & Moser. 2009. Wernher von Braun, Revised Edition. Infobase Publishing. p. 33
- ^ Jump up to:a b Ward, Bob. 2013. Dr. Space: The Life of Wernher von Braun. Naval Institute Press. Ch. 5
- ^ Neufeld, Michael J. (2002). “Wernher von Braun, the SS, and Concentration Camp Labor: Questions of Moral, Political, and Criminal Responsibility”. German Studies Review. 25 (1): 57–78. doi:10.2307/1433245. ISSN 0149-7952. JSTOR 1433245. Retrieved 10 January 2022.
- ^ Ward, Bob (2009). Dr. Space: The Life of Wernher von Braun. US Naval Institute Press. ISBN 978-1591149279.
- ^ “Wernher von Braun FBI file”.
- ^ Neufeld, Michael J. (10 September 2013). The Rocket and the Reich: Peenemunde and the Coming of the Ballistic Missile Era. Smithsonian Institution. pp. 178–179. ISBN 978-1-58834-467-0. Retrieved 10 January 2022.
- ^ “Dr. Space” pp. 35 “It had been thought that he publicly wore his uniform with swastika armband just once, during one of two formal…”
- ^ Dr. Space, p. 35. “Wernher von Braun in SS uniform”. The Reformation Online.
- ^ Sloop, John L. (1978). Liquid Hydrogen as a Propulsion Fuel, 1945-1959. Scientific and Technical Information Office, National Aeronautics and Space Administration. Retrieved 10 January 2022.
- ^ Jump up to:a b “von Braun”. Astronautix.com. Archived from the original on 17 August 2013.
- ^ Konstruktive, theoretische und experimentelle Beiträge zu dem Problem der Flüssigkeitsrakete. Raketentechnik und Raumfahrtforschung, Sonderheft 1 (1960), Stuttgart, Germany.
- ^ Bergaust, Erik (1976). Wernher Von Braun: The Authoritative and Definitive Biographical Profile of the Father of Modern Space Flight. National Space Institute. pp. 43–49. ISBN 978-0-917680-01-4. Retrieved 10 January 2022.
- ^ Jump up to:a b West 2017, p. 50.
- ^ Weisstein, Eric Wolfgang (ed.). “Robert Goddard”. ScienceWorld.
- ^ “The Man Who Opened the Door to Space”. Popular Science. May 1959.
- ^ Neufeld, Michael J. 2008. Wernher von Braun: Dreamer of Space, Engineer of War. Vintage. p. 351
- ^ “Dr. Space: The Life of Wernher von Braun”, Bob Ward. Naval Institute Press, 10 July 2013. Retrieved 6 March 2017
- ^ Speer, Albert (1969). Erinnerungen, p. 377. Verlag Ullstein GmbH, Frankfurt a.M. and Berlin, ISBN 3-550-06074-2.
- ^ “Peenemünde, 17 and 18 August 1943”. RAF History – Bomber Command. Royal Air Force. Archived from the original on 1 November 2006. Retrieved 15 November 2006.
- ^ Middlebrook, Martin (1982). The Peenemünde Raid: The Night of 17–18 August 1943. New York: Bobs-Merrill. p. 222. ISBN 978-0-672-52759-3.
- ^ Jump up to:a b Dornberger, Walter (1952). V2—Der Schuss ins Weltall. Esslingan: Bechtle Verlag (US translation V-2 Viking Press:New York, 1954). p. 164.
- ^ Neufeld, Michael J. 2008. Wernher von Braun: Dreamer of Space, Engineer of War. Vintage. p. 184
- ^ Morrow, Lance (3 August 1998). “The Moon and the Clones”. Time. Archived from the original on 21 June 2008. Retrieved 30 August 2009.
- ^ Jump up to:a b c d e Warsitz, Lutz (2009). The First Jet Pilot: The Story of German Test Pilot Erich Warsitz. Pen and Sword Books Ltd. ISBN 978-1-84415-818-8.
- ^ Tracy Dungan. “Mittelbau Overview”. V2rocket.com. Retrieved 15 August 2013.
- ^ “Excerpts from ‘Power to Explore’”. MSFC History Office. NASA Marshall Space Flight Center. Archived from the original on 26 May 2002.
- ^ Jaroff, Leon (26 March 2002). “The Rocket Man’s Dark Side”. Time. Archived from the original on 27 May 2012.
- ^ Jump up to:a b Biddle, Wayne (2009). Dark Side of the Moon: Wernher von Braun, the Third Reich, and the Space Race. W. W. Norton & Company. ISBN 9780393072648.: 124–125
- ^ Michael J. Neufeld (February 2002) “Wernher von Braun, the SS, and Concentration Camp Labor: Questions of Moral, Political, and Criminal Responsibility”, German Studies Review, Vol. 25, No. 1, pp. 57–78
- ^ Fiedermann, Heß, and Jaeger (1993) Das KZ Mittelbau Dora. Ein historischer Abriss, p. 100, Westkreuz Verlag, Berlin ISBN 978-3-92213-194-6
- ^ Ernst Stuhlinger; Frederick Ira Ordway (April 1994). Wernher von Braun, crusader for space: a biographical memoir. Krieger Pub. p. 42. ISBN 978-0-89464-842-7. Retrieved 18 December 2011.
- ^ Sellier, André (2003). A History of the Dora Camp: The Untold Story of the Nazi Slave Labor Camp That Secretly Manufactured V-2 Rockets. Chicago, IL: Ivan R Dee. ISBN 978-1-56663-511-0.
- ^ The Army Air Forces in World War II: Europe, argument to V-E Day, January 1944 to May 1945. Office of Air Force History. 1948. ISBN 978-0-912799-03-2. Retrieved 10 January 2022.
- ^ “Highlights in German Rocket Development from 1927–1945”. MSFC History Office. NASA Marshall Space Flight Center. Archived from the original on 28 October 2005.
- ^ Bilstein, Roger E. (August 1999). Stages to Saturn: A Technological History of the Apollo/Saturn Launch Vehicle. DIANE Publishing. p. 12. ISBN 978-0-7881-8186-3. Retrieved 10 January 2022.
- ^ Dornberger, Walter (1954). V-2. New York: The Viking Press, Inc. pp. 178–184.
- ^ Speer, Albert (1995). Inside the Third Reich. London: Weidenfeld & Nicolson. pp. 501–502. ISBN 9781842127353.
- ^ Jump up to:a b c Cadbury, Deborah (2005). Space Race. BBC Worldwide. ISBN 978-0-00-721299-6.
- ^ Huzel, Dieter K. (1962). From Peenemünde To Canaveral. Prentice Hall. ASIN B0021SD22M.
- ^ Dunar, Andrew J.; Administration, U. S. National Aeronautics and Space (1999). Power to Explore: A History of Marshall Space Flight Center, 1960-1990. National Aeronautics and Space Administration, NASA History Office, Office of Policy and Plans. p. 8. ISBN 978-0-16-058992-8. Retrieved 10 January 2022.
- ^ “vonBraun”. Archived from the original on 28 April 2015. Capture of Wernher von Braun by the 324th Regiment Anti-tank Company
- ^ McDougall, Walter A. (1985). …The Heavens and the Earth: A Political History of the Space Age. New York: Basic Books. p. 44. ISBN 978-0-465-02887-0.
- ^ Arts & Entertainment, Biography (1959–1961 series). Mike Wallace, television biography of Wernher von Braun, video clip of the press statement.
- ^ McGovern, J (1964). Crossbow and Overcast. New York: W. Morrow. p. 182.
- ^ Speer, Albert (2001). Schlie, Ulrich (ed.). Alles, was ich weiß. F.A. Herbig Verlagsbuchhandlung. p. 12. ISBN 978-3-7766-2092-4.
- ^ Fauzia, Miriam. “Fact check: Nazi scientists were brought to work for U.S. through Operation Paperclip”. USA TODAY. Retrieved 10 January 2022.
- ^ Neufeld, Michael J. (2004). “Overcast, Paperclip, Osoaviakhim – Looting and the Transfer of German Military Technology”. The United States and Germany in the Era of the Cold War, 1945–1990: A Handbook: Volume 1: 1945–1968. Cambridge University Press. 1: 197–203.
- ^ “The Pretty German Seaside Resort with a Dark Past – Start Travel”. Start Travel. Retrieved 10 January 2022.
- ^ “Outstanding German Scientists Being Brought to U.S”. War Department press release. V2Rocket.com. 1 October 1945. Archived from the original on 1 March 2010.
- ^ Dunar, Andrew J; Waring, Stephen P (1999). Power to Explore. U.S. Government Printing Office. p. 12. ISBN 0-16-058992-4.
- ^ Jump up to:a b c d e f g h Matthew Brzezinski (2007) Red Moon Rising: Sputnik and the Hidden Rivalries That Ignited the Space Age, pp. 84–92, Henry Holt, New York ISBN 978-0-80508-147-3
- ^ Neufeld, Michael J. (2008). Von Braun: dreamer of space, engineer of war (First ed.). New York: Vintage Books. p. 218. ISBN 9780525435914. OCLC 982248820.
- ^ “Wernher von Braun | Encyclopedia of Alabama”. Encyclopedia of Alabama. Retrieved 27 March 2016.
- ^ Redstone Rocket, Hardtack-Teak Test, August 1958 on YouTube
- ^ Bucher, G. C.; Mc Call, J. C.; Ordway, F. I. III; Stuhlinger, E. “From Peenemuende to Outer Space. Commemorating the Fiftieth Birthday of Wernher von Braun”. NASA Technical Reports Server. hdl:2060/19630006100.
- ^ “Reach for the Stars”. TIME Magazine. 17 February 1958. Archived from the original on 21 December 2007.
- ^ Ritchie, Eleanor H. (1986). Astronautics and Aeronautics, 1977: A Chronology. Scientific and Technical Information Branch, National Aeronautics and Space Administration. Retrieved 10 January 2022.
- ^ Jump up to:a b Harbaugh, Jennifer (18 February 2016). “Article on Von Braun and Walt Disney”. NASA. Retrieved 10 January 2022.
- ^ Gohd, Chelsea (6 November 2019). “Yes, the ‘Von Braun’ Space Hotel Idea Is Wild. But Could We Build It by 2025?”. Space.com. Retrieved 10 January 2022.
- ^ “What Kubrick did with the man from Nasa”. The Telegraph. 7 December 2015. Retrieved 10 January 2022.
- ^ Jump up to:a b Woodfill, Jerry (30 November 2004). “Gallery of Wernher von Braun Moonship Sketches”. The Space Educator’s Handbook. NASA Johnson Space Center. Archived from the original on 30 May 2010.
- ^ Braun, Wernher Von; Whipple, Fred Lawrence; Ley, Willy (1953). Conquest of the Moon. New York: Viking Press. pp. 107, 109–110. ISBN 978-0-598-82516-2. Retrieved 10 January 2022.
- ^ Braun, Wernher von (1969). Manned Mars landing presentation to the Space Task Group.
- ^ Bergaust, Erik (1976). Wernher von Braun: The authoritative and definitive biographical profile of the father of modern space flight (Hardcover). National Space Institute. ISBN 978-0-917680-01-4.
- ^ Wernher von Braun (2006) Project Mars: a technical tale, Apogee Books, Burlington, Ontario ISBN 978-0-97382-033-1
- ^ Ley, Willy (October 1955). “For Your Information”. Galaxy. p. 60. Retrieved 16 December 2013.
- ^ Pat Williams, Jim Denney (2004) How to Be Like Walt: Capturing the Disney Magic Every Day of Your Life, p. 237, Health Communications Inc. ISBN 978-0-75730-231-2
- ^ “Wernher von Braun (January 2000) “First Men to the Moon“. Reprint by Henry Holt & Co., Inc. ISBN 978-0-03030-295-4
- ^ Neufeld, Michael J. (2008) Wernher von Braun: Dreamer of Space, Engineer of War, Vintage. pp. 4; 230
- ^ Stuhlinger, Ernst & Ira Ordway, Frederick. 1994. Wernher von Braun, crusader for space: a biographical memoir. Krieger Pub, p. 270
- ^ Jump up to:a b Neufeld, Michael J. (2007) Wernher von Braun: Dreamer of Space, Engineer of War, Knoff, New York ISBN 978-0-30726-292-9
- ^ Jump up to:a b Mallon, Thomas (22 October 2007) “Rocket Man”, The New Yorker, Access date: 8 January 2015.
- ^ Walker, Mark (2008) “A 20th-Century Faust” Archived 2 April 2015 at the Wayback Machine, American Scientist, Access: 8 January 2015
- ^ Oliver, Kendrick (2012) To Touch the Face of God: The Sacred, the Profane, and the American Space Program, 1957–1975, p. 23, Johns Hopkins University Press ISBN 978-1-42140-788-3
- ^ Oliver, 2012, p. 24
- ^ “God Touches the Heart of a Scientist through Gideons’ Bible Ministry”. www.christiantoday.com. Retrieved 13 October 2021.
- ^ Stuhlinger, Ernst & Ira Ordway, Frederick. 1994. Wernher von Braun, crusader for space: a biographical memoir. Krieger Pub, p. 270: “Those who knew him through the 1960s and 1970s noticed during these years that a new element began to surface in his conversations, and also in his speeches and his writings: a growing interest in religious thought.”
- ^ von Braun, Wernher (1963) “My Faith: A Space-Age Scientist Tells Why He Must Believe in God”, (10 February 1963) The American Weekly, p. 2, New York: The Hearst Corporation.
- ^ See von Braun’s speeches in The voice of Dr. Wernher Von Brain: An Anthology. Apogee Books Publication; ed. by Irene E. Powell-Willhite: These touch “a variety of topics, including education, the cold war, religion, and the space program”.
- ^ See the same article by von Braun, Wernher, published as “Science and religion”, in Rome Daily American, 13 September 1966. Available in New Age Frontiersn (Oct. 1966) United Family, Vol- II, No. 10.
- ^ See “The Farther We Probe into Space, the Greater my Faith”: C.M. Ward’s account of His Interview with Dr. Warner von Braun (1966) Springfield, MO: Assemblies of God, 17 pp. Mini-pamphlet.
- ^ Ward, Bob (2013) Dr. Space: The Life of Wernher von Braun, Ch. 1: “The Accursed Blessing”, Naval Institute Press OCLC 857079205
- ^ Neufeld MJ: “Space superiority: Wernher von Braun’s campaign for a nuclear-armed space station, 1946–1956”. Space Policy 2006; 22:52–62.
- ^ “Stages to Saturn – The Saturn Building Blocks – The ABMA Transfer”. NASA.
- ^ “Photos: Wernher von Braun, Space Pioneer Remembered”. Space.com. 2012. Retrieved 15 February 2019.
- ^ Swenson Jr., Loyd S.; Grimwood, James M.; Alexander, Charles C. “MR-1: The Four-Inch Flight – This New Ocean”. NASA. Archived from the original on 9 May 2001.
- ^ Siddiqi, Asif A (2000). Challenge to Apollo: The Soviet Union and the Space Race, 1945–1974. Washington, DC: NASA. p. 283. ISBN 9781780393018. LCCN 00038684. OCLC 48909645. SP-2000-4408.
- ^ West 2017, p. 36.
- ^ West 2017, p. 39.
- ^ “Concluding Remarks by Dr. Wernher von Braun about Mode Selection for the Lunar Landing Program” (PDF). Lunar Orbit Rendezvous File. NASA Historical Reference Collection. 7 June 1962.
- ^ Spangenburg & Moser. 2009. Wernher von Braun, Revised Edition. Infobase Publishing. p. 129-130
- ^ “Space Man’s Look at Antarctica”. Popular Science, Vol. 190, No. 5, May 1967, pp. 114–116.
- ^ West 2017, p. 40.
- ^ von Braun, Wernher (16 January 1969). “Adjustment to Marshall Organization, Announcement No. 4” (PDF). MSFC History Office. NASA Marshall Space Flight Center. Archived from the original (PDF) on 21 June 2007.
- ^ Bergaust, Erik. 1976. Wernher von Braun: The Authoritative and Definitive Biographical Profile of the Father of Modern Space Flight. National Space Institute. p. 117
- ^ “Next, Mars and Beyond”. Time. 25 July 1969. Archived from the original on 20 March 2007. Retrieved 21 June 2007.
Even as man prepared to take his first tentative extraterrestrial steps, other celestial adventures beckoned him. The shape and scope of the post-Apollo crewed space program remained hazy, and a great deal depends on the safe and successful outcome of Apollo 11. Well before the lunar flight was launched, though, NASA was casting eyes on targets far beyond the Moon. The most inviting: the earth’s close, and probably most hospitable, planetary neighbor. Given the same energy and dedication that took them to the Moon, says Wernher von Braun, Americans could land on Mars as early as 1982.
- ^ Times, Harold M. Schmeck Jr Special to The New York (28 January 1970). “Von Braun to Go to Washington To Direct Space Mission Plans”. The New York Times. Retrieved 10 January 2022.
- ^ Jump up to:a b West 2017, p. 43.
- ^ German sources mostly specify the cancer as renal, while American biographies unanimously just mention cancer. The time when von Braun learned about the disease is generally given as between 1973 and 1976. The characteristics of renal cell carcinoma, which has a bad prognosis even today, do not rule out either time limit.
- ^ “The President’s National Medal of Science: Recipient Details | NSF – National Science Foundation”.
- ^ Launius, Roger (2002). To Reach the Higher Frontier: A History of U.S. Launch Vehicles. University of Kentucky. ISBN 978-0-8131-2245-8.
- ^ Sloop, John L. (1978). Liquid hydrogen as a propulsion fuel, 1945–1959 (PDF). The NASA history series. Vol. SP-4404.
- ^ “To the Moon”. NOVA. 13 July 1999.
- ^ West 2017, p. 46.
- ^ Jump up to:a b West 2017, p. 51.
- ^ Redd, Nola Taylor (7 March 2013). “Wernher von Braun, Rocket Pioneer: Biography & Quotes”. Space.com. Retrieved 12 October 2021.
- ^ West 2017, p. 48.
- ^ “Von Braun, Who Helped Put Men on Moon, Dies at 65: German-Born Scientist Succumbs to Pancreatic Cancer; Was Pioneer in Space Rocket Technology”. Los Angeles Times. 17 June 1977. p. A2.
- ^ “Wernher von Braun, Rocket Pioneer, Dies; Wernher von Braun, Pioneer in Space Travel and Rocketry, Dies at 65”. The New York Times. 18 June 1977.
Wernher von Braun, the master rocket builder and pioneer of space travel, died of cancer Thursday morning. He was 65 years old.
- ^ “Psalm 19:1”. Bible Gateway.
- ^ “Ex-German Rocket Scientists. US rocket programme 1969” (video). Thames Television. 17 July 1969. Archived from the original on 8 December 2019. Retrieved 1 February 2020.
- ^ Winterstein, William E., Sr. (1 March 2005). Secrets Of The Space Age. Robert D. Reed Publishers. ISBN 978-1-931741-49-1.
- ^ Rother, Marcel (22 March 2012). “Gymnasium Friedberg: Ein Ort, der das Herz zittern lässt” [Friedberg Gymnasium: A place that can make the heart tremble]. Augsburger Allgemeine (in German). Augsburg: Presse-Druck- und Verlags-GmbH. Retrieved 1 December 2015.
- ^ Mayr, Stefan (23 March 2012). “Streit um Wernher-von-Braun-Gymnasium “Tut alles, damit dieser Name verschwindet”” [Dispute over the Wernher von Braun Gymnasium “Do everything to make this name disappear”]. Süddeutschen Zeitung (in German). Munich: Süddeutsche Zeitung GmbH. Retrieved 1 December 2015.
- ^ “Prof Dr Wernher von Braun”. Journal of the British Interplanetary Society. 9 (2). March 1950.
- ^ Astronautical and Aeronautical Events of 1962 – Report of the National Aeronautics and Space Administration to the Committee on Science and Astronautics, U.S. House of Representatives (PDF), U.S. Government Printing Office, 12 June 1963, p. 217, retrieved 14 July 2014
- ^ Sprekelmeyer, Linda, editor. These We Honor: The International Aerospace Hall of Fame. Donning Co. Publishers, 2006.
- ^ “Dr von Braun Honoured” (PDF). Flight International. Iliffe Transport Publications. 22 July 1967. p. 1030. Retrieved 16 April 2009.
- ^ “Golden Plate Awardees of the American Academy of Achievement”. www.achievement.org. American Academy of Achievement.
- ^ Armbrester, Margaret E. (1992). The Civitan Story. Birmingham, AL: Ebsco Media. pp. 95, 105.
- ^ “Hall of Famer”. Beatrice Daily Sun. Beatrice, Nebraska. Associated Press. 26 July 1982. p. 3 – via Newspapers.com.
- ^ “I Aim at the Stars (1960)”. Turner Classic Movies. Retrieved 10 August 2010.
- ^ “The Perfumed Nightmare”. Kidlat Tahimik. 2016. Retrieved 16 May 2020.
- ^ “DW-TV”. Dw-world.de. 25 June 2011. Retrieved 15 August 2013.
- ^ Ortmanns, Nadine. “Interview mit Schauspieler Ludwig Blochberger – kontinente”. www.kontinente.org. Retrieved 21 February 2019.
- ^ Neufield, Von Braun, p. 406. Dr Strangelove was widely held to be a composite of Edward Teller, Herman Kahn, and von Braun; but only von Braun shared Strangelove’s Nazi past.
- ^ “MadKap Productions presents Rocket City, Alabam’”. Skokie [Illinois] Theatre and MadKap Productions. 2017. Retrieved 29 November 2017.
- ^ “Florida Symphony Orchestra And Bach Festival Choir – Journey To Infinity”. Discogs. Retrieved 21 May 2017.
- ^ Tom Lehrer (1 December 2008). “Wernher von Braun”. Youtube.com. Archived from the original on 11 December 2021. Retrieved 15 August 2013.
- ^ “Stop clapping, this is serious”. The Sydney Morning Herald. 1 March 2003. Retrieved 7 October 2013.
- ^ Klee, Ernst; Merk, Otto (1963). The Birth of the Missile:The Secrets of Peenemünde. Hamburg: Gerhard Stalling Verlag (English translation 1965). pp. 89, 95.
- ^ Jump up to:a b c Ordway, Frederick I, III; Sharpe, Mitchell R (1979). The Rocket Team. Apogee Books Space Series 36. New York: Thomas Y. Crowell. pp. 308, 425, 509. ISBN 978-1-894959-00-1.
Further reading[edit source]
- Bilstein, Roger (2003). Stages to Saturn: A Technological History of the Apollo/Saturn Launch Vehicles. University Press of Florida. ISBN 978-0-813-02691-6.
- Dunar, Andrew J.; Waring, Stephen P (1999). Power to Explore: A History of Marshall Space Flight Center, 1960–1990. Washington, DC: United States Government Printing Office. ISBN 978-0-16-058992-8. Archived from the original on 1 September 2000.
- Freeman, Marsha (1993). How we got to the Moon: The Story of the German Space Pioneers (Paperback). 21st Century Science Associates (October 1993). ISBN 978-0-9628134-1-2.
- Lasby, Clarence G (1971). Project Paperclip: German Scientists and the Cold War. New York: Atheneum. ASIN B0006CKBHY.
- Neufeld, Michael J (1994). The Rocket and the Reich: Peenemünde and the Coming of the Ballistic Missile Era. New York: Free Press. ISBN 978-0-02-922895-1.
- Petersen, Michael B. (2009). Missiles for the Fatherland: Peenemuende, National Socialism and the V-2 missile. Cambridge Centennial of Flight. New York: Cambridge University Press. ISBN 978-0-521-88270-5. OCLC 644940362.
- Tompkins, Phillip K. (1993). Organizational Communication Imperatives: Lessons of the Space Program. Oxford University Press. ISBN 978-0195329667.
External links[edit source]
Wikimedia Commons has media related to Wernher von Braun. Wikiquote has quotations related to: Wernher von Braun - Audiopodcast on Astrotalkuk.org BBC journalist Reg Turnill talking in 2011 about his personal memories of and interviews with Dr Wernher von Braun.
- The capture of von Braun and his men – At the U.S. 44th Infantry Division website (archived)
- Wernher von Braun page – Marshall Space Flight Center (MSFC) History Office (archived)
- “The Disney – von Braun Collaboration and its Influence on Space Exploration” – by Mike Wright, MSFC (archived)
- Coat-of-arms of Dr. Wernher von Braun
- Remembering Von Braun – by Anthony Young – The Space Review Monday, 10 July 2006
- The Mittelbau-Dora Concentration Camp Memorial
- V2rocket.com
- 60th anniversary digital reprinting of Colliers Space Series, Houston Section of the American Institute of Aeronautics and Astronautics (archived)
- CIA documents on Dr. Wernher von Braun on the Internet Archive
- FBI Records: The Vault – Wernher VonBraun files at vault.fbi.gov
- Wernher von Braun at the Internet Speculative Fiction Database
- Wernher von Braun at Library of Congress Authorities, with 35 catalogue records
- Wernher von Braun Collection, The University of Alabama in Huntsville Archives and Special Collections
- Dorette Schlidt Collection, The University of Alabama in Huntsville Archives and Special Collections Files of Dorette Schlidt, Dr. Wernher von Braun’s first
-
Konstantin Tsiolkovsky
Konstantin Eduardovich Tsiolkovsky (Russian: Константи́н Эдуа́рдович Циолко́вский; 17 September [O.S. 5 September] 1857 – 19 September 1935) was a Russian and Soviet rocket scientist who pioneered astronautic theory. Along with the Frenchman Robert Esnault-Pelterie, the Transylvanian German Hermann Oberth and the American Robert H. Goddard, he is one of the founding fathers of modern rocketry and astronautics.[2][3] His works later inspired leading Soviet rocket-engineers Sergei Korolev and Valentin Glushko, who contributed to the success of the Soviet space program.
Tsiolkovsky spent most of his life in a log house on the outskirts of Kaluga, about 200 km (120 mi) southwest of Moscow. A recluse by nature, his unusual habits made him seem bizarre to his fellow townsfolk.[4]
Contents
- 1Early life
- 2Scientific achievements
- 3Later life
- 4Legacy
- 5Philosophical work
- 6Tributes
- 7In popular culture
- 8Works
- 9See also
- 10References
- 11Cited sources
- 12Further reading
- 13External links
Early life[edit source]
Tsiolkovsky was born in Izhevskoye (now in Spassky District, Ryazan Oblast), in the Russian Empire, to a middle-class family. His father, Makary Edward Erazm Ciołkowski, was a Polish forester of Roman Catholic faith who emigrated to Russia;[5] his Russian Orthodox mother was of mixed Russian and Volga Tatar origin.[6][7] His father was successively a forester, teacher, and minor government official. At the age of 10, Konstantin caught scarlet fever and became hard of hearing. When he was 13, his mother died.[8] He was not admitted to elementary schools because of his hearing problem, so he was self-taught.[8] As a reclusive home-schooled child, he passed much of his time by reading books and became interested in mathematics and physics. As a teenager, he began to contemplate the possibility of space travel.[1]
Tsiolkovsky spent three years attending a Moscow library where Russian cosmism proponent Nikolai Fyodorov worked. He later came to believe that colonizing space would lead to the perfection of the human species, with immortality and a carefree existence.[9]
Additionally, inspired by the fiction of Jules Verne, Tsiolkovsky theorized many aspects of space travel and rocket propulsion. He is considered the father of spaceflight and the first person to conceive the space elevator, becoming inspired in 1895 by the newly constructed Eiffel Tower in Paris.Konstantin Tsiolkovsky with his steel dirigibles in his garden, 1913
Despite the youth’s growing knowledge of physics, his father was concerned that he would not be able to provide for himself financially as an adult and brought him back home at the age of 19 after learning that he was overworking himself and going hungry. Afterwards, Tsiolkovsky passed the teacher’s exam and went to work at a school in Borovsk near Moscow. He also met and married his wife Varvara Sokolova during this time. Despite being stuck in Kaluga, a small town far from major learning centers, Tsiolkovsky managed to make scientific discoveries on his own.
The first two decades of the 20th century were marred by personal tragedy. Tsiolkovsky’s son Ignaty committed suicide in 1902, and in 1908 many of his accumulated papers were lost in a flood. In 1911, his daughter Lyubov was arrested for engaging in revolutionary activities.
Scientific achievements[edit source]
Tsiolkovsky stated that he developed the theory of rocketry only as a supplement to philosophical research on the subject.[10] He wrote more than 400 works including approximately 90 published pieces on space travel and related subjects.[11] Among his works are designs for rockets with steering thrusters, multistage boosters, space stations, airlocks for exiting a spaceship into the vacuum of space, and closed-cycle biological systems to provide food and oxygen for space colonies.
Tsiolkovsky’s first scientific study dates back to 1880–1881. He wrote a paper called “Theory of Gases,” in which he outlined the basis of the kinetic theory of gases, but after submitting it to the Russian Physico-Chemical Society (RPCS), he was informed that his discoveries had already been made 25 years earlier. Undaunted, he pressed ahead with his second work, “The Mechanics of the Animal Organism”. It received favorable feedback, and Tsiolkovsky was made a member of the Society. Tsiolkovsky’s main works after 1884 dealt with four major areas: the scientific rationale for the all-metal balloon (airship), streamlined airplanes and trains, hovercraft, and rockets for interplanetary travel.
In 1892, he was transferred to a new teaching post in Kaluga where he continued to experiment. During this period, Tsiolkovsky began working on a problem that would occupy much of his time during the coming years: an attempt to build an all-metal dirigible that could be expanded or shrunk in size.
Tsiolkovsky developed the first aerodynamics laboratory in Russia in his apartment. In 1897, he built the first Russian wind tunnel with an open test section and developed a method of experimentation using it. In 1900, with a grant from the Academy of Sciences, he made a survey using models of the simplest shapes and determined the drag coefficients of the sphere, flat plates, cylinders, cones, and other bodies. Tsiolkovsky’s work in the field of aerodynamics was a source of ideas for Russian scientist Nikolay Zhukovsky, the father of modern aerodynamics and hydrodynamics. Tsiolkovsky described the airflow around bodies of different geometric shapes, but because the RPCS did not provide any financial support for this project, he was forced to pay for it largely out of his own pocket.
Tsiolkovsky studied the mechanics of lighter-than-air powered flying machines. He first proposed the idea of an all-metal dirigible and built a model of it. The first printed work on the airship was “A Controllable Metallic Balloon” (1892), in which he gave the scientific and technical rationale for the design of an airship with a metal sheath. Tsiolkovsky was not supported on the airship project, and the author was refused a grant to build the model. An appeal to the General Aviation Staff of the Russian army also had no success. In 1892, he turned to the new and unexplored field of heavier-than-air aircraft. Tsiolkovsky’s idea was to build an airplane with a metal frame. In the article “An Airplane or a Birdlike (Aircraft) Flying Machine” (1894) are descriptions and drawings of a monoplane, which in its appearance and aerodynamics anticipated the design of aircraft that would be constructed 15 to 18 years later. In an Aviation Airplane, the wings have a thick profile with a rounded front edge and the fuselage is faired. But work on the airplane, as well as on the airship, did not receive recognition from the official representatives of Russian science, and Tsiolkovsky’s further research had neither monetary nor moral support. In 1914, he displayed his models of all-metal dirigibles at the Aeronautics Congress in St. Petersburg but met with a lukewarm response.
Disappointed at this, Tsiolkovsky gave up on space and aeronautical problems with the onset of World War I and instead turned his attention to the problem of alleviating poverty. This occupied his time during the war years until the Russian Revolution in 1917.
Starting in 1896, Tsiolkovsky systematically studied the theory of motion of rocket apparatus. Thoughts on the use of the rocket principle in the cosmos were expressed by him as early as 1883, and a rigorous theory of rocket propulsion was developed in 1896. Tsiolkovsky derived the formula, which he called the “formula of aviation“, establishing the relationship between:
- change in the rocket’s speed ({\displaystyle \Delta v}
)
- exhaust velocity of the engine ({\displaystyle v_{e}}
)
- initial ({\displaystyle m_{0}}
) and final ({\displaystyle m_{f}}
) mass of the rocket
{\displaystyle \Delta v=v_{e}\ln {\frac {m_{0}}{m_{f}}}}
After writing out this equation, Tsiolkovsky recorded the date: 10 May 1897. In the same year, the formula for the motion of a body of variable mass was published in the thesis of the Russian mathematician I. V. Meshchersky (“Dynamics of a Point of Variable Mass,” I. V. Meshchersky, St. Petersburg, 1897).
His most important work, published in May 1903, was Exploration of Outer Space by Means of Rocket Devices (Russian: Исследование мировых пространств реактивными приборами).[12] Tsiolkovsky calculated, using the Tsiolkovsky equation,[13]: 1 that the horizontal speed required for a minimal orbit around the Earth is 8,000 m/s (5 miles per second) and that this could be achieved by means of a multistage rocket fueled by liquid oxygen and liquid hydrogen. In the article “Exploration of Outer Space by Means of Rocket Devices”, it was suggested for the first time that a rocket could perform space flight. In this article and its sequels (1911 and 1914), he developed some ideas of missiles and considered the use of liquid rocket engines.
The outward appearance of Tsiolkovsky’s spacecraft design, published in 1903, was a basis for modern spaceship design.[14] The design had a hull divided into three main sections.[15] The pilot and copilot were in the first section, the second and third sections held the liquid oxygen and liquid hydrogen needed to fuel the spacecraft.[16]
However, the result of the first publication was not what Tsiolkovsky expected. No foreign scientists appreciated his research, which today is a major scientific discipline. In 1911, he published the second part of the work “Exploration of Outer Space by Means of Rocket Devices”. Here Tsiolkovsky evaluated the work needed to overcome the force of gravity, determined the speed needed to propel the device into the solar system (“escape velocity”), and examined calculation of flight time. The publication of this article made a splash in the scientific world, Tsiolkovsky found many friends among his fellow scientists.Konstantin Tsiolkovsky in 1934
In 1926–1929, Tsiolkovsky solved the practical problem regarding the role played by rocket fuel in getting to escape velocity and leaving the Earth. He showed that the final speed of the rocket depends on the rate of gas flowing from it and on how the weight of the fuel relates to the weight of the empty rocket.
Tsiolkovsky conceived a number of ideas that have been later used in rockets. They include: gas rudders (graphite) for controlling a rocket’s flight and changing the trajectory of its center of mass, the use of components of the fuel to cool the outer shell of the spacecraft (during re-entry to Earth) and the walls of the combustion chamber and nozzle, a pump system for feeding the fuel components, the optimal descent trajectory of the spacecraft while returning from space, etc.[citation needed] In the field of rocket propellants, Tsiolkovsky studied a large number of different oxidizers and combustible fuels and recommended specific pairings: liquid oxygen and hydrogen, and oxygen with hydrocarbons. Tsiolkovsky did much fruitful work on the creation of the theory of jet aircraft, and invented his chart Gas Turbine Engine.[clarification needed] In 1927, he published the theory and design of a train on an air cushion. He first proposed a “bottom of the retractable body” chassis.[clarification needed] However, space flight and the airship were the main problems to which he devoted his life. Tsiolkovsky had been developing the idea of the hovercraft since 1921, publishing a fundamental paper on it in 1927, entitled “Air Resistance and the Express Train” (Russian: Сопротивление воздуха и скорый по́езд).[17][18] In 1929, Tsiolkovsky proposed the construction of multistage rockets in his book Space Rocket Trains (Russian: Космические ракетные поезда).Konstantin Tsiolkovsky in his working room, 1934
Tsiolkovsky championed the idea of the diversity of life in the universe and was the first theorist and advocate of human spaceflight.
Tsiolkovsky never built a rocket; he apparently did not expect many of his theories to ever be implemented.
Hearing problems did not prevent the scientist from having a good understanding of music, as outlined in his work “The Origin of Music and Its Essence.”
Later life[edit source]
Tsiolkovsky supported the Bolshevik Revolution, and eager to promote science and technology, the new Soviet government elected him a member of the Socialist Academy in 1918.[13]: 1–2, 8 He worked as a high school mathematics teacher until retiring in 1920 at the age of 63. In 1921, he received a lifetime pension.[13]: 1–2, 8
In his late lifetime Tsiolkovsky was honored for his pioneering work. However, from the mid 1920s onwards the importance of his other work was acknowledged, and he was honoured for it and the Soviet state provided financial backing for his research. He was initially popularized in Soviet Russia in 1931–1932 mainly by two writers:[19] Yakov Perelman and Nikolai Rynin. Tsiolkovsky died in Kaluga on 19 September 1935 after undergoing an operation for stomach cancer. He bequeathed his life’s work to the Soviet state.[9]
Legacy[edit source]
Although many called his ideas impractical,[13]: 8, 117 Tsiolkovsky influenced later rocket scientists throughout Europe, like Wernher von Braun. Soviet search teams at Peenemünde found a German translation of a book by Tsiolkovsky of which “almost every page…was embellished by von Braun’s comments and notes.”[13]: 27 Leading Soviet rocket-engine designer Valentin Glushko and rocket designer Sergey Korolev studied Tsiolkovsky’s works as youths,[13]: 6–7, 333 and both sought to turn Tsiolkovsky’s theories into reality.[13]: 3, 166, 182, 187, 205–206, 208 In particular, Korolev saw traveling to Mars as the more important priority,[13]: 208, 333, 337 until in 1964 he decided to compete with the American Project Apollo for the Moon.[13]: 404
In 1989, Tsiolkovsky was inducted into the International Air & Space Hall of Fame at the San Diego Air & Space Museum.[20]
Philosophical work[edit source]
The cover of the book The Will of the Universe. The Unknown Intelligence by Konstantin Tsiolkovsky, 1928, considered to be a work of Cosmist philosophy.
Tsiolkovsky wrote a book called The Will of the Universe. The Unknown Intelligence in 1928 in which he propounded a philosophy of panpsychism. He believed humans would eventually colonize the Milky Way galaxy. His thought preceded the Space Age by several decades, and some of what he foresaw in his imagination has come into being since his death. Tsiolkovsky also did not believe in traditional religious cosmology, but instead (and to the chagrin of the Soviet authorities) he believed in a cosmic being that governed humans as “marionettes, mechanical puppets, machines, movie characters”,[21] thereby adhering to a mechanical view of the universe, which he believed would be controlled in the millennia to come through the power of human science and industry. In a short article in 1933, he explicitly formulated what was later to be known as the Fermi paradox.[22]
He wrote a few works on ethics, espousing negative utilitarianism.[23]
Tributes[edit source]
Draft first space ship by Konstantin Tsiolkovsky
- In 1964, The Monument to the Conquerors of Space was erected to celebrate the achievements of the Soviet people in space exploration. Located in Moscow, the monument is 107 meters (350 feet) tall and covered with titanium cladding. The main part of the monument is a giant obelisk topped by a rocket and resembling in shape the exhaust plume of the rocket. A statue of Konstantin Tsiolkovsky, the precursor of astronautics, is located in front of the obelisk.
- The State Museum of the History of Cosmonautics in Kaluga now bears his name. His residence during the final months of his life (also in Kaluga) was converted into a memorial museum a year after his death.
- The town Uglegorsk in Amur Oblast was renamed Tsiolkovsky by President of Russia Vladimir Putin in 2015.
- The crater Tsiolkovskiy (the most prominent crater on the far side of the Moon) was named after him, while asteroid 1590 Tsiolkovskaja was named after his wife.[24][25] (The Soviet Union obtained naming rights by operating Luna 3, the first space device to successfully transmit images of the side of the Moon not seen from Earth.[26])
- There is a statue of Konstantin Tsiolkovsky directly outside the Sir Thomas Brisbane Planetarium in Brisbane, Queensland, Australia.
- There is a Google Doodle honoring the famous pioneer.[27]
- There is a Tsiolkovsky exhibit on display at the Museum of Jurassic Technology in Los Angeles, California.
- There is a 1 ruble 1987 coin commemorating the 130th anniversary of Konstantin Tsiolkovsky’s birth.[28]
In popular culture[edit source]
This article appears to contain trivial, minor, or unrelated references to popular culture. Please reorganize this content to explain the subject’s impact on popular culture, providing citations to reliable, secondary sources, rather than simply listing appearances. Unsourced material may be challenged and removed. (December 2021) - Tsiolkovsky was consulted for the script to the 1936 Soviet science-fiction film, Kosmicheskiy reys.[29]
- In Altman’s 1979 post-apocalyptic film Quintet, the motto of the charity house run by the character St. Christopher is taken from Tsiolkovsky: “The Earth is the cradle of the mind, but one cannot live in the cradle forever.”
- In 1972 science fiction movie Solaris directed by Andrey Tarkovski, a portrait of Tsiolkovsky appears, soon after the beginning of the movie, decorating the wall of the meeting room of the committee discussing the future of `solaristics’.
- SF writer Alexander Belyaev has written a book in which a city and a space station are named after him.[which?]
- A lunar station is named Tsiolkovsky in Stanisław Lem‘s novel Tales of Pirx the Pilot, story “The Conditional Reflex”.
- The Soviet ship in Harry Turtledove‘s 1990 Mars exploration novel A World of Difference is named Tsiolkovsky.
- In Princeton physicist and space colony advocate Gerard K. O’Neill‘s 1981 book of futurism, 2081: A Hopeful View of the Human Future, the protagonist rides a spaceship named the Konstantin Tsiolokovsky from his home in a space colony at twice the orbital radius of Pluto to the Earth of 2081.
- A space station is named Tsiolkovsky 1 in William Gibson‘s 1981 short story “Hinterlands“.
- The character Aeolia Schenberg in the anime series Mobile Suit Gundam 00 is based on Tsiolkovsky.
- The Zvezda module of the International Space Station has photos of Tsiolkovsky and Yuri Gagarin posted on the wall above the aft hatchway.[30]
- The Mars-based space elevators in the Horus Heresy novel Mechanicum by Graham McNeill set in the Warhammer 40k universe are called “Tsiolkovsky Towers”.[31]
- The science ship, SS Tsiolkovsky (NCC-53911) in the 1987 Star Trek: The Next Generation episode “The Naked Now” is named after him.
- Episode eight of Denpa Onna to Seishun Otoko is called “Tsiolkovsky’s Prayer”.
- In the comic book series Assassin’s Creed: The Fall, the leader of the Assassin Order reads from The Will of the Universe.
- In a 2015 episode of Murdoch Mysteries, set in about 1905, James Pendrick works with Tsiolkovsky’s daughter to build a suborbital rocket based on his ideas and be the first man in space; a second rocket built to the same design is adapted as a ballistic missile for purposes of extortion.
- In the 2015 video game SOMA that deals with topics of transhumanism, a character, Neil Tsiolkovsky, is likely named after him.
Works[edit source]
- Tsiolkovsky, Konstantin E. (1933), Citizens of the Universe (PDF)
- Tsiolkovsky, Konstantin E. (1932), Conditional Truth (PDF)
- Tsiolkovsky, Konstantin E. (1939), Creatures higher than a Man (PDF)
- Tsiolkovsky, Konstantin E. (1902), Creatures from Different Stages of Evolution (PDF)
- Tsiolkovsky, Konstantin E. (1934), Evaluation of people (PDF)
- Tsiolkovsky, Konstantin E. (1933), Planets are inhabited by living creatures (PDF)
- Tsiolkovsky, Konstantin E. (1935), Non-resistance or struggle? (PDF)
Illustration by A. Gofman from On the Moon
- Tsiolkovsky, Konstantin E. (1893), On the Moon (На Луне) (in Russian)
- Tsiolkovsky, Konstantin E. (1903), “The Exploration of Cosmic Space by Means of Reaction Devices (Исследование мировых пространств реактивными приборами)”, The Science Review (in Russian) (5), archived from the original on 28 November 2019
- Tsiolkovsky, Konstantin E. (1931), Origin and an Essence of Music (Происхождение музыки и ее сущность) (PDF) (in Russian), retrieved 22 September 2008
- Tsiolkovsky, Konstantin E., Call of the Cosmos: A Collection of Papers, FOREIGN LANGUAGES PRESS
See also[edit source]
- Cosmonauts Alley, a Russian monument park where Tsiolkovsky is honored
- History of the internal combustion engine
- Robert Esnault-Pelterie, a Frenchman who independently arrived at Tsiolkovsky’s rocket equation
- Russian cosmism
- Russian philosophy
- Timeline of hydrogen technologies
References[edit source]
- ^ Jump up to:a b c d e Konstantin Eduardovich Tsiolkovsky. Encyclopaedia Britannica
- ^ “International Space Hall of Fame :: New Mexico Museum of Space History :: Inductee Profile”. www.nmspacemuseum.org. Retrieved 10 August 2017.
- ^ “Konstantin E. Tsiolkovsky”. Aeronautics Learning Laboratory for Science Technology, and Research (ALLSTAR) Network. 12 March 2004. Archived from the original on 28 October 2015. Retrieved 10 June 2015.
- ^ Lewis, Cathleen Susan. 2008. The Red Stuff: A History of the Public and Material Culture of Early Human Spaceflight in the U.S.S.R. Ann Arbor, Mich: ProQuest LLC. pp. 57–59. ISBN 9780549466796.
- ^ A Pictorial History of Rockets. NASA. 2011. p. 4. Pdf
- ^ Земной путь звездоплавателя. melnikoff.com
- ^ “Константин Циолковский. Биография, 18 фото”. Top-antropos.com. Retrieved 10 August 2017.
- ^ Jump up to:a b Narins, Brigham (2001), Notable Scientists from 1900 to the Present, vol. 5, Farmington Hills, MI: The Gale Group, pp. 2256–2258, ISBN 0-7876-5454-X
- ^ Jump up to:a b The life of Konstantin Eduardovitch Tsiolkovsky 1857–1935 Archived 15 June 2012 at the Wayback Machine. Informatics.org (19 September 1935). Retrieved 4 May 2012.
- ^ Kazyutinski V. V. (2003). “Космическая философия К.Э. Циолковского: за и против”. Земля и Вселенная. 4: 43–54. Archived from the original on 11 February 2007.
- ^ Tsiolkovsky and his legacy Archived 22 June 2011 at the Wayback Machine on russianspaceweb.com
- ^ Tsiolkovsky, Konstantin E. (1903), “The Exploration of Cosmic Space by Means of Reaction Devices (Исследование мировых пространств реактивными приборами)”, The Science Review (in Russian) (5), archived from the original on 19 October 2008, retrieved 22 September 2008
- ^ Jump up to:a b c d e f g h i Siddiqi, Asif A, Challenge To Apollo: The Soviet Union and the Space Race, 1945–1974, NASA, archived from the original on 8 October 2006
- ^ Miller, p. 88
- ^ Miller, p. 95
- ^ Miller, p. 96
- ^ Gillispie, Charles Coulston (1980), Dictionary of Scientific Biography, Charles Scribner’s Sons, p. 484, ISBN 0-684-12925-6
- ^ Air Cushion Vehicle History (in Russian), Neptune Hovercraft Shipbuilding Company, archived from the original on 2 October 2008, retrieved 22 September 2008
- ^ Siddiqi, Asif A (26 February 2010), The Red Rockets’ Glare: Spaceflight and the Soviet Imagination, 1857–1957, pp. 62–65, ISBN 9780521897600
- ^ Sprekelmeyer, Linda ed. (2006) These We Honor: The International Aerospace Hall of Fame. Donning Co. Publishers. ISBN 978-1-57864-397-4.
- ^ Tsiolkovsky, Konstantin (1932) “Is There God?” Russian Academy of Sciences
- ^ Vladimir Lytkin, Ben Finney, Liudmila Alepko: Tsiolkovsky, Russian Cosmism and Extraterrestrial Intelligence. In: Q. J. R. astr. Soc. (1995), 36, 369-376. [1]
- ^ https://www.tsiolkovsky.org/wp-content/uploads/2019/09/Nauchnaya-etika.pdf
- ^ The Life of Konstantin Eduardovitch Tsiolkovsky, Konstantin E. Tsiolkovsky State Museum of the History of Cosmonautics, archived from the original on 15 June 2012, retrieved 22 September 2008
- ^ Konstantin E. Tsiolkovsky Scientific Biography, Konstantin E. Tsiolkovsky State Museum of the History of Cosmonautics, archived from the original on 7 September 2008, retrieved 22 September 2008
- ^ Soviet Missions to the Moon. Nssdc.gsfc.nasa.gov. Retrieved 4 May 2012.
- ^ “Konstantin Tsiolkovsky’s 155th birthday”. Google Doodles. Retrieved 15 January 2017.
- ^ Cuhaj, George, ed. (2009). 2010 Standard Catalog of World Coins 1901-2000 (37 ed.). United States: Krause Publications. p. 1758. ISBN 978-0-89689-814-1.
- ^ Hall, Phil (9 July 2010). “The Bootleg Files: The Space Voyage”. Film Threat. Retrieved 12 July 2010.
- ^ International Space Station Imagery. Spaceflight.nasa.gov (31 October 2004). Retrieved 4 May 2012.
- ^ McNeill, Graham (2008), Mechanicum: war comes to Mars (print), Horus Heresy [book series], vol. 9, Map by Adrian Wood (1st UK ed.), Nottingham, UK: Black Library, [Map:] “The Tharsis Quadrangle of Mars” [pp. 8–9 (not numbered), context at p. 8], ISBN 978-1-84416-664-0 Location of “Tsiolkovsky towers” noted in a story-related map, with several mentions in the book’s body matter, including pp. 218, 368, 370, and others.
Cited sources[edit source]
- Miller, Ron (1993). The Dream Machines. Krieger Publishing Company. ISBN 0-89464-039-9.
Further reading[edit source]
- Andrews, James T. (2009), Red Cosmos: K.E. Tsiolkovskii, Grandfather of Soviet Rocketry, Texas A&M University Press, ISBN 978-1-60344-168-1 Review
- Georgiy Stepanovich Vetrov, S. P. Korolyov and space. First steps. — 1994 M. Nauka, ISBN 5-02-000214-3.
External links[edit source]
Wikisource has original text related to this article:Konstantin Eduardovich Tsiolkovsky Wikiquote has quotations related to: Konstantin Eduardovich Tsiolkovsky Wikimedia Commons has media related to Konstantin Tsiolkovsky. - Konstantin Tsiolkovsky. The collection of philosophical works. Biography, books, audiobooks, articles, photographs, video. Russian and English.
- Tsiolkovsky’s house The house museum of Tsiolkovsky
- Works by or about Konstantin Tsiolkovsky in libraries (WorldCat catalog)
- Virtual Matchbox Labels Museum – Russian labels – Space – Page 2 – Konstantin Tsiolkovsky Historic images
- Tsiolkovsky from Russianspaceweb.com
- Spaceflight or Extinction: Konstantin Tsiolkovsky Excerpts from “The Aims of Astronautics”, The Call of the Cosmos
- The Foundations of the Space Age. The life and work of Tsiolkovskiy, by Vladimir V. Lytkin, Tsiolkovskiy Museum, Kaluga.
- Tsiolkovski: The Cosmic Scientist and His Cosmic Philosophy by Daniel H. Shubin. ISBN 978-1365259814
- The Path To The Stars. Collection Of Science Fiction Works
- The Call Of The Cosmos
-
Igor Sikorsky
Igor Ivanovich Sikorsky (Russian: И́горь Ива́нович Сико́рский, tr. Ígor’ Ivánovič Sikórskij; May 25, 1889 – October 26, 1972)[4] was a Russian–American[1][2][3] aviation pioneer in both helicopters and fixed-wing aircraft. His first success came with the S-2, the second aircraft of his design and construction. His fifth airplane, the S-5, won him national recognition as well as F.A.I. license number 64.[5] His S-6-A received the highest award at the 1912 Moscow Aviation Exhibition, and in the fall of that year the aircraft won first prize for its young designer, builder and pilot in the military competition at Saint Petersburg.[6]
After immigrating to the United States in 1919, Sikorsky founded the Sikorsky Aircraft Corporation in 1923,[7] and developed the first of Pan American Airways‘ ocean-crossing flying boats in the 1930s.
In 1939, Sikorsky designed and flew the Vought-Sikorsky VS-300,[8] the first viable American helicopter, which pioneered the rotor configuration used by most helicopters today.[9] Sikorsky modified the design into the Sikorsky R-4, which became the world’s first mass-produced helicopter in 1942.
Contents
- 1Early life
- 2Aircraft designer
- 3Life in the United States
- 4Personal life
- 5Legacy
- 6Philosophical and religious views
- 7Published works
- 8See also
- 9References
- 10Sources
- 11External links
Early life[edit source]
Igor Sikorsky was born in Kiev, Russian Empire (now Kyiv, Ukraine).[6][10][11] He was the youngest of five children. His father, Ivan Alexeevich Sikorsky, was a professor of psychology of Saint Vladimir University (now Taras Shevchenko National University), a psychiatrist with an international reputation, and an ardent Russian nationalist.[12][13][14][15]
Igor Sikorsky was an Orthodox Christian.[16] When questioned regarding his roots, he would answer: “My family is of Russian origin. My grandfather and other ancestors from the time of Peter the Great were Russian Orthodox priests.”[3]
Sikorsky’s mother, Mariya Stefanovna Sikorskaya (née Temryuk-Cherkasova),[17] was a physician who did not work professionally. She is sometimes called Zinaida Sikorsky. While homeschooling young Igor, she gave him a great love for art, especially in the life and work of Leonardo da Vinci, and the stories of Jules Verne. In 1900, at age 11, he accompanied his father to Germany and through conversations with his father, became interested in natural sciences. After returning home, Sikorsky began to experiment with model flying machines, and by age 12, he had made a small rubber band-powered helicopter.[18]
Sikorsky began studying at the Saint Petersburg Maritime Cadet Corps, in 1903, at the age of 14. In 1906, he determined that his future lay in engineering, so he resigned from the academy, despite his satisfactory standing, and left the Russian Empire to study in Paris. He returned to the Russian Empire in 1907, enrolling at the Mechanical College of the Kyiv Polytechnic Institute. After the academic year, Sikorsky again accompanied his father to Germany in the summer of 1908, where he learned of the accomplishments of the Wright brothers‘ Flyer and Ferdinand von Zeppelin‘s rigid airships.[19] Sikorsky later said about this event: “Within twenty-four hours, I decided to change my life’s work. I would study aviation.”[20]
By the start of World War I in 1914, Sikorsky’s airplane research and production business in Kyiv was flourishing, and his factory made bombers during the war. After the Bolshevik revolution began in 1917, Igor Sikorsky fled his homeland, because the new government threatened to shoot him.[21] He moved to France where he was offered a contract for the design of a new, more powerful Muromets-type plane. But in November 1918 the war ended and the French government stopped subsidizing military orders, he decided to move to the United States. On March 24, 1919 he left France on the ocean liner Lorraine arriving in New York City on March 30, 1919.[21][22][23][24]
Aircraft designer[edit source]
With financial backing from his sister Olga, Sikorsky returned to Paris, the center of the aviation world at the time, in 1909. Sikorsky met with aviation pioneers, to ask them questions about aircraft and flying. In May 1909, he returned to Russia and began designing his first helicopter, which he began testing in July 1909. Powered by a 25 horsepower Anzani engine, the helicopter used an upper and lower two-bladed lifting propeller that rotated in opposite directions at 160 rpm. The machine could only generate about 357 pounds (162 kg) of lift, not enough to lift the approximate 457 pounds (207 kg) weight. Despite his progress in solving technical problems of control, Sikorsky realized that the aircraft would never fly. He finally disassembled the aircraft in October 1909, after he determined that he could learn nothing more from the design.[25] In February 1910, he undertook to build a second helicopter, and his first airplane. By the spring, helicopter No. 2 could lift its weight of 400 pounds (180 kg), but not the additional weight of an operator.[26]
I had learned enough to recognize that with the existing state of the art, engines, materials, and – most of all – the shortage of money and lack of experience… I would not be able to produce a successful helicopter at that time.[27]
Sikorsky’s first aircraft of his own design, the S-1 used a 15 hp Anzani 3-cylinder fan engine in a pusher configuration, that could not lift the aircraft. His second design called the S-2 was powered by a 25 hp Anzani engine in a tractor configuration and first flew on June 3, 1910 at a height of a few feet. On June 30 after some modifications, Sikorsky reached an altitude of “sixty or eighty feet” before the S-2 stalled and was completely destroyed when it crashed in a ravine.[28][29] Later, Sikorsky built the two-seat S-5, his first design not based on other European aircraft. Flying this original aircraft, Sikorsky earned his pilot license; Fédération Aéronautique Internationale (FAI) license No. 64 issued by the Imperial Aero Club of Russia in 1911.[30] During a demonstration of the S-5, the engine quit and Sikorsky was forced to make a crash landing to avoid a wall. It was discovered that a mosquito in the gasoline had been drawn into the carburetor, starving the engine of fuel. The close call convinced Sikorsky of the need for an aircraft that could continue flying if it lost an engine.[31] His next aircraft, the S-6 held three passengers and was selected as the winner of the Moscow aircraft exhibition held by the Russian Army in February 1912.[30]Sikorsky Bolshoi Baltisky of 1913, before receiving its pair of pusher engines
In early 1912, Igor Sikorsky became Chief Engineer of the aircraft division for the Russian Baltic Railroad Car Works (Russko-Baltiisky Vagonny Zavod or R-BVZ)[32] in Saint Petersburg.[33] His work at R-BVZ included the construction of the first four-cylinder aircraft, the S-21 Russky Vityaz, which he initially called Le Grand when fitted with just two engines, then as the Bolshoi Baltisky (The Great Baltic) when fitted with four engines for the first time, each wing panel’s pair of powerplants in a “push-pull” tandem configuration previous to the four tractor-engined Russki Vityaz.[34] He also served as the test pilot for its first flight on May 13, 1913.[34] In recognition for his accomplishment, he was awarded an honorary degree in engineering from Saint Petersburg Polytechnical Institute in 1914. Sikorsky took the experience from building the Russky Vityaz to develop the S-22 Ilya Muromets airliner. Due to outbreak of World War I, he redesigned it as the world’s first four-engined bomber, for which he was decorated with the Order of St. Vladimir.
After World War I, Igor Sikorsky briefly became an engineer for the French forces in Russia, during the Russian Civil War.[35] Seeing little opportunity for himself as an aircraft designer in war-torn Europe, and particularly Russia, ravaged by the October Revolution and Civil War, he emigrated to the United States, arriving in New York on March 30, 1919.[36][37]
List of aircraft designed by Sikorsky[edit source]
Russian aviators Sikorsky, Genner and Kaulbars aboard a “Russky Vityaz“, c. 1913Sikorsky S-42flying boatSikorsky S-64 Skycrane carrying a house
- H-1 Sikorsky’s first helicopter design, 1909
- H-2 Sikorsky’s second helicopter design, 1910
- S-1 single-engine pusher biplane, Sikorsky’s first fixed wing design, 1910
- S-2 single-engine tractor biplane developed from the S-1, 1910
- S-3 enlarged and improved version of the S-2, 1910
- S-4 one-seat, single-engine biplane concept developed from the S-3, never flown, 1911
- S-5 one-seat, single-engine biplane, Sikorsky’s first practical aircraft, 1911
- S-6 three-seat, single-engine biplane, 1912
- S-7 two-seat, single-engine monoplane, 1912
- S-8 two-seat single-engine biplane trainer, 1912
- S-9 Krugly three-seat, single-engine monoplane, 1913
- S-10 five-seat, single-engine biplane reconnaissance/trainer developed from the S-6, 1913
- S-11 Polukrugly two-seat, single-engine mid-wing reconnaissance monoplane prototype, 1913
- S-12 one-seat, single-engine trainer, Sikorsky’s most successful aircraft in Russia, 1913
- S-13 and S-14 proposed designs, never completed due to unavailability of engines
- S-15 single-engine light bomber floatplane, 1913
- S-16 two-seat, single-engine escort fighter, 1914–1915
- S-17 two-seat, single-engine reconnaissance biplane based on the S-10, 1915
- S-18 two-seat, twin-engine pusher biplane fighter/interceptor
- S-20 two-seat biplane fighter, 1916
- S-21 Russky Vityaz four-engine biplane airliner, first successful four engine aircraft, 1913
- S-22–S-27 Ilya Muromets four-engine biplane airliner and heavy bomber, 1913
- S-28 proposed four-engined biplane bomber, cancelled due to the end of WWI, 1918
- S-29-A twin-engine biplane airliner, Sikorsky’s first American design, 1924
- S-34 twin-engine amphibian, 1926[26]: 167, 180
- S-35 trimotor built for René Fonck‘s attempt to win the Orteig Prize, 1926[26]: 169–178
- S-36 twin engine amphibian, 1927[26]: 182
- S-37 twin-engine built for René Fonck, but then converted to a passenger plane, 1927[26]: 180–182
- S-38 twin-engine ten-seat flying boat, 1928[26]: 182–183
- S-40 four-engine amphibian built for Pan Am, 1931[26]: 187–193
- S-42 Clipper – flying boat, 1934
- S-43 scaled-down version of S-42, 1934
- VS-300 experimental prototype helicopter, 1939
- VS-44 flying boat, 1942
- R-4 world’s first production helicopter, 1942
Life in the United States[edit source]
Igor Sikorsky on Time magazine cover, 1953
In the U.S., Sikorsky first worked as a school teacher and a lecturer, while looking for an opportunity to work in the aviation industry. In 1932, he joined the faculty of the University of Rhode Island to form an aeronautical engineering program and remained with the university until 1948.[38] He also lectured at the University of Bridgeport.
In 1923, Sikorsky formed the Sikorsky Manufacturing Company in Roosevelt, New York.[39] He was helped by several former Russian military officers. Among Sikorsky’s chief supporters was composer Sergei Rachmaninoff, who introduced himself by writing a check for US$5,000 (approximately $61,000 in 2007).[40] Although his prototype was damaged in its first test flight, Sikorsky persuaded his reluctant backers to invest another $2,500. With the additional funds, he produced the S-29, one of the first twin-engine aircraft in the US, with a capacity for 14 passengers and a speed of 115 mph.[41] The performance of the S-29, slow compared to military aircraft of 1918, proved to be a “make or break” moment for Sikorsky’s funding.[citation needed]
In 1928, Sikorsky became a naturalized citizen of the United States. The Sikorsky Manufacturing Company moved to Stratford, Connecticut in 1929. It became a part of the United Aircraft and Transport Corporation (now United Technologies Corporation) in July of that year.[42] The company manufactured flying boats, such as the S-42 “Clipper”, used by Pan Am for transatlantic flights.[27]
Meanwhile, Sikorsky also continued his earlier work on vertical flight while living in Nichols, Connecticut. On February 14, 1929, he filed an application to patent a “direct lift” amphibian aircraft which used compressed air to power a direct lift “propeller” and two smaller propellers for thrust.[43] On June 27, 1931, Sikorsky filed for a patent for another “direct lift aircraft”, and was awarded patent No. 1,994,488 on March 19, 1935.[44] His design plans eventually culminated in the first (tethered) flight of the Vought-Sikorsky VS-300 on September 14, 1939, with the first free flight occurring eight months later on May 24, 1940. Sikorsky’s success with the VS-300 led to the R-4, which became the world’s first mass-produced helicopter, in 1942. Sikorsky’s final VS-300 rotor configuration, comprising a single main rotor and a single antitorque tail rotor, has proven to be one of the most popular helicopter configurations, being used in most helicopters produced today.[9]
Personal life[edit source]
Sergei Sikorsky at the HeliRussia 2011 Exhibition in Moscow
Sikorsky was married to Olga Fyodorovna Simkovitch in the Russian Empire. They were divorced and Olga remained in Russia with their daughter, Tania, as Sikorsky departed after the October Revolution. In 1923, Sikorsky’s sisters immigrated to the US, bringing six-year-old Tania with them.[45] Sikorsky married Elisabeth Semion (1903–1995) in 1924, in New York.[46] Sikorsky and Elisabeth had four sons; Sergei, Nikolai, Igor Jr. and George.[47]
- Tania Sikorsky von York (March 1, 1918 – September 22, 2008), Sikorsky’s eldest child and only daughter. Tania was born in Kyiv. Educated in the US, she earned a B.A. at Barnard College and a doctorate at Yale University. She was one of the original faculty members of Sacred Heart University in Bridgeport, Connecticut, where she served as Professor of Sociology for 20 years.[48]
- Sergei Sikorsky (1925– ), Sikorsky’s eldest son. He joined United Technologies in 1951, and retired in 1992, as Vice-President of Special Projects at Sikorsky Aircraft.[49][50]
- Igor Sikorsky Jr. is an attorney, businessman and aviation historian.[51] Igor Sikorsky III is also a pilot.[52]
Sikorsky died at his home in Easton, Connecticut, on October 26, 1972, and is buried in Saint John the Baptist Russian Orthodox Cemetery located on Nichols Avenue in Stratford.[53]
Legacy[edit source]
The Sikorsky’s family house in Kyiv’s historical center, October 2009
In 1966, Sikorsky was inducted into the International Air & Space Hall of Fame.[54]
Sikorsky’s and Andrei Tupolev‘s professional careers were covered in the 1979 Soviet biopic The Poem of Wings (Russian: Поэма о крыльях) where Sikorsky was portrayed by Yury Yakovlev. A working model of Sikorsky Ilya Muromets was recreated for filming.[55]
The Sikorsky Memorial Bridge, which carries the Merritt Parkway across the Housatonic River next to the Sikorsky corporate headquarters, is named for him. Sikorsky has been designated a Connecticut Aviation Pioneer by the Connecticut State Legislature. The Sikorsky Aircraft Corporation in Stratford, Connecticut, continues to the present day as one of the world’s leading helicopter manufacturers, and a nearby small airport has been named Sikorsky Memorial Airport.[56]
Sikorsky was inducted into the National Inventors Hall of Fame and the Junior Achievement U.S. Business Hall of Fame in 1987.[57][58]
In October 2011, one of the streets in Kyiv was renamed after Sikorsky. The decision was made by the City Council at the request of the U.S. Embassy in Ukraine, which opened its new office on that street.[59] The Sikorsky’s family house in the city’s historical center is preserved to this day but is in a neglected condition pending restoration.[citation needed]
In November 2012, one of the Russian supersonic heavy strategic bomber Tu-160, based at the Engels-2 Air Force Base, was named for Igor Sikorsky, which caused controversy among air base crew members. One of the officers said that Igor Sikorsky does not deserve it because he laid the foundations of the U.S., rather than Russian aviation. However, the Long Range Aviation command officer said that Igor Sikorsky is not responsible for the activities of his military aircraft, noted that Sikorsky had also designed the first heavy bomber for Russia.[60] In 2013, Flying magazine ranked Sikorsky number 12 on its list of the 51 Heroes of Aviation.[61]
In August 2016, the National technical university of Ukraine “Kyiv politechnical institute” was named National Technical University of Ukraine “Igor Sikorsky Kyiv Polytechnic Institute” its former student and outstanding aircraft designer.[62]
On March 22, 2018 the Kyiv City Council officially renamed Kyiv International Airport to “Igor Sikorsky Kyiv International Airport Zhuliany”.[63][64]
Philosophical and religious views[edit source]
Sikorsky was a deeply religious Russian Orthodox Christian[65] and authored two religious and philosophical books (The Message of the Lord’s Prayer and The Invisible Encounter). Summarizing his beliefs, in the latter he wrote:
Our concerns sink into insignificance when compared with the eternal value of human personality – a potential child of God which is destined to triumph over life, pain, and death. No one can take this sublime meaning of life away from us, and this is the one thing that matters.[66][67]
Published works[edit source]
- Sikorsky, Igor Ivan. The Message of the Lord’s Prayer. New York: C. Scribner’s sons, 1942. OCLC 2928920
- Sikorsky, Igor Ivan. The Invisible Encounter. New York: C. Scribner’s Sons, 1947. OCLC 1446225
- Sikorsky, Igor Ivan. The Story of the Winged-S: Late Developments and Recent Photographs of the Helicopter, an Autobiography. New York: Dodd, Mead, 1967. OCLC 1396277
See also[edit source]
- Aerosani – Sikorsky built some of these propeller-powered snowmobiles in 1909–10
- Fedor Ivanovich Bylinkin – an early aircraft collaborator with Sikorsky, in 1910
- Sikorsky Prize – a prize for human powered helicopters named in his honor
- 10090 Sikorsky – an asteroid named in honor of Igor Sikorsky
References[edit source]
- ^ Jump up to:a b “Britannica Concise Encyclopedia”. Encyclopædia Britannica, Inc. 2006, p. 1751.
- ^ Jump up to:a b “Sergei Sikorsky: Reflecting on the 90th Anniversary of Sikorsky Aircraft” Archived July 19, 2015, at the Wayback Machine Quote: Some 90 years ago, on March 5, 1923, a Russian refugee named Igor Sikorsky organized a new company”
- ^ Jump up to:a b c Jacobson, Lee (April 2013). “Igor Sikorsky Was a Reflection of His Heritage and Experiences in Life” (PDF). Sikorsky Archives News. Igor I. Sikorsky Historical Archives. Retrieved May 25, 2020.
My family is of Russian origin. My grandfather and other ancestors from the time of Peter the Great were Russian Orthodox priests. Consequently, the Russian nationality of the family must be considered as well established
- ^ Fortier, Rénald. “Igor Sikorsky: One Man, Three Careers.” Archived October 16, 2013, at the Wayback Machine aviation.technomuses.ca,1996. Retrieved: October 29, 2008.
- ^ “Sikorsky Archives | S-5”. SikorskyArchives.com. Retrieved July 28, 2018.
- ^ Jump up to:a b “History”. SikorskyArchives.com. Part 2. Retrieved April 27, 2020.
- ^ “About Sikorsky.” Archived November 3, 2009, at the Wayback Machine Sikorsky Aircraft. Retrieved: December 11, 2008.
- ^ Spenser 1998, p. 25.
- ^ Jump up to:a b Woods 1979, p. 262.
- ^ “Igor Sikorsky | Historical Archives | History”. sikorskyarchives.com
- ^ Sergei I. Sikorsky (2007). The Sikorsky Legacy. Arcadia Publishing. p. 7. ISBN 9780738549958.
- ^ Homo Imperii A History of Physical Anthropology in Russia, Marina Mogilner 2013, p. 72.
- ^ Homo Imperii A History of Physical Anthropology in Russia, Marina Mogilner 2013, p. 167.
- ^ Homo Imperii A History of Physical Anthropology in Russia, Marina Mogilner 2013, p. 177.
- ^ Hillis, Faith. Children of Rus’: Right-Bank Ukraine and the Invention of a Russian Nation 2013, ISBN 0801452198, p. 259.
- ^ Sikorskyarchives.com
- ^ Mikheev, V. R. “Sikorsky: Hero, Exile, the Father of Aviation” (English translation). Pravmir.ru, October 31, 2011. Retrieved: May 16, 2012.
- ^ Woods 1979, p. 254.
- ^ “The Case Files: Igor Sikorsky”. Franklin Institute. Retrieved: August 24, 2017.
- ^ Christiano, Marilyn. “Igor Sikorsky: Aircraft and Helicopter Designer.” VOA News, July 5, 2005. Retrieved: July 17, 2010.
- ^ Jump up to:a b [1] Archived December 6, 2012, at the Wayback Machine “Sergei Sikorsky: My father’s fate (English translation version of an interview published in Russian by pravmir.ru)”
- ^ [2] “An interview with Sergei Sikorsky in Russian by pravmir.ru”
- ^ Kutuzov, Mikhail. “The Genius of Flight” (English translation). Russian Archipelago, 2012. Retrieved: May 16, 2012.
- ^ Ukrainian Congress Committee of America 1978, p. 187
- ^ Woods 1979, p. 255.
- ^ Jump up to:a b c d e f g Sikorsky, Igor (1952). The Story of the Winged-S. New York: Dodd, Mead & Company. pp. 25–37.
- ^ Jump up to:a b “Igor Sikorsky.” Encyclopædia Britannica, 2009 via britannica.com. Retrieved: October 14, 2009.
- ^ Sikorsky, Igor (1944). The Story of the Winged-S. New York: Dodd, Mead & Company. p. 48. ISBN 9781258163556.
- ^ “Sikorsky Celebrates.” Popular Aviation September 1930, p. 20.
- ^ Jump up to:a b Woods 1979, p. 256.
- ^ Current Biography 1940, pp. 734–736.
- ^ Murphy 2005, p. 180.
- ^ Lake 2002, p. 31.
- ^ Jump up to:a b Haddrick Taylor, Michael John (May 1, 1986). The Illustrated Encyclopedia of Helicopters. p. 34. ISBN 9780671071493.
- ^ “Airmen leave Russia.” The New York Times, June 25, 1918. Retrieved May 23, 2011.
- ^ Woods 1979, p. 257.
- ^ “Russian airplane will be made here.” The New York Times, April 20, 1919. Retrieved: July 17, 2010.
- ^ “URI History and Timeline”. University of Rhode Island. Archived from the original on November 14, 2012. Retrieved July 17, 2010.
- ^ Spenser 1998, p. 15.
- ^ Prokhorov, Vadim. “Oldies & Oddities: Sikorsky’s Piano Man” (History of Flight). Archived July 24, 2012, at archive.today Air & Space Magazine/Smithsonian, Volume 17, Issue 4, November 1, 2002. Retrieved: July 17, 2010.
- ^ Current Biography 1940, p. 735.
- ^ Spenser 1998, pp. 15–17.
- ^ “Patent number: 1848389”. Google.com. Retrieved November 25, 2010.
- ^ “Patent number: 1994488.” Archived February 17, 2013, at the Wayback Machine google.com. Retrieved: November 25, 2010.
- ^ “Military Mission.” Archived September 6, 2008, at the Wayback Machine The Case Files: Igor Sikorsky, Franklin Institute. Retrieved: October 29, 2008.
- ^ Hacker and Vining 2007, p. 116.
- ^ Skyways July 1995, p. 71.
- ^ “Tania Sikorsky Von York.” Foster’s Daily Democrat, September 26, 2008. Retrieved: October 16, 2008.
- ^ “First Helicopter Civilian Rescue November 29, 1945.” Archived December 10, 2008, at the Wayback Machine Sikorskyarchives.com. Retrieved: July 17, 2010.
- ^ Zenobia, Keith. “Sergei Sikorsky: Recollections of a Pioneer, The Legacy of Igor Sikorsky.” PMLAA News Newsletter (Pine Mountain Lake Aviation Association), 19:6, 2004. Retrieved: December 2, 2010.
- ^ Church, Diane. “Sikorsky to speak in Plainville tonight.” Bristol Press, March 19, 2012.
- ^ “Igor Sikorsky Seminar.” Archived March 4, 2014, at the Wayback Machine Aviation Digest: Bradford Camps, June 2003.
- ^ “St. John the Baptist Russian Orthodox Cemetery”
- ^ Sprekelmeyer, Linda, editor. These We Honor: The International Aerospace Hall of Fame. Donning Co. Publishers, 2006. ISBN 978-1-57864-397-4.
- ^ Сушинова, Яна (May 28, 2018). “Самолет С-22 “Илья Муромец”. Инфографика”. “Аргументы и факты”. Retrieved November 3, 2018.
- ^ “Igor I. Sikorsky: Sikorsky Aircraft.” Archived January 9, 2013, at the Wayback Machine JA Worldwide. Retrieved: October 12, 2009.
- ^ Ikenson 2004, p. 24.
- ^ “Igor I. Sikorsky.” Archived December 11, 2009, at the Wayback Machine National Inventors Hall of Fame Foundation, Inc. via invent.org. Retrieved: October 12, 2009.
- ^ “Kyiv changes street name at Washington’s request” Kyiv Post. Retrieved: November 26, 2011.
- ^ Mikhailov, Alexei and Bal′burov, Dmitry. “Ту-160 присвоили имя американского авиаконструктора Сикорского (in Russian) (The Tu-160 was named after the American Sikorsky Aircraft Designer).” Izvestia November 13, 2012.
- ^ Flyingmag.com
- ^ “The history of KPI | Igor Sikorsky Kyiv Polytechnic Institute”.
- ^ [3]. Pravda.com
- ^ “Kyiv Zhuliany Airport (IEV)”.
- ^ Faith Of the Orthodox Born in Russia
- ^ “The Invisible Encounter”. The Universalist Leader, Volume 130, Issue 5, 1948, p. 115.
- ^ “Igor I. Sikorsky.” AvStop Online Magazine. Retrieved: July 17, 2010.
Sources[edit source]
- Delear, Frank J. Igor Sikorsky: His Three Careers in Aviation. New York: Dodd Mead, 1969, Revised edition, 1976. ISBN 978-0-396-07282-9.
- Hacker, Barton C. and Margaret Vining. American Military Technology: The Life Story of a Technology. Baltimore, Maryland: Johns Hopkins University Press, 2007. ISBN 978-0-8018-8772-7.
- Ikenson, Ben. Patents: Ingenious Inventions, How They Work and How They Came to Be. New York: Black Dog & Leventhal Publishers, 2004. ISBN 978-1-57912-367-3.
- Lake, Jon. The Great Book of Bombers: The World’s Most Important Bombers from World War I to the Present Day. St. Paul, Minnesota: MBI Publishing Company, 2002. ISBN 0-7603-1347-4.
- Leishman, J. Gordon. “The Dream of True Flight.” Online summary: Principles of Helicopter Aerodynamics. Cambridge, UK: Cambridge University Press, 2006. ISBN 0-521-85860-7.
- Murphy, Justin D. Military Aircraft, Origins to 1918: An Illustrated History of Their Impact (Weapons and warfare series). Santa Barbara, California, USA: ABC-CLIO, 2005. ISBN 1-85109-488-1.
- Sikorsky, Igor Ivan. The Story of the Winged-S: Late Developments and Recent Photographs of the Helicopter, an Autobiography. New York: Dodd, Mead, originally published 1938 (updated editions, various years up to 1948), Revised edition, 1967.
- Spenser, Jay P. Whirlybirds, A History of the U.S. Helicopter Pioneers. Seattle, Washington, USA: University of Washington Press, 1998. ISBN 0-295-97699-3.
- Woods, Carlos C. “Memorial Tributes”, pp. 253–266. Igor Ivan Sikorsky. Washington, D.C.: National Academy of Engineering (The Academy), 1979.
- Ukrainian Congress Committee of America (1978). “Sikorsky”. The Ukrainian Quarterly. 34–35 (1). ISSN 0041-6010.
- U.S. Patent 2,318,259
- U.S. Patent 2,318,260
External links[edit source]
Wikimedia Commons has media related to Igor Sikorsky. - Official Sikorsky historical archives
- Igor Sikorsky at IMDb
- Igor Sikorsky Aerial Russia – the Romance of the Giant Aeroplane – early days of Igor Sikorsky online book
- Igor Sikorsky article on ctheritage.org
- Igor Sikorsky. Time magazine, November 16, 1953. (Cover)
- The New England Air Museum in Windsor Locks, Connecticut, has extensive Sikorsky exhibits
- Wingless Helicopter Flies Straight Up September 1940 Popular Mechanics article showing Sikorsky flying his first helicopter and introducing him to the general public
showvteRecipients of the ASME Medal - 1889 births
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- Aircraft designers
- American aerospace engineers
- American inventors
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- Aviation history of Russia
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- Aviation inventors
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- Engineers from Kyiv
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- Russian aerospace engineers
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-
Nikola Tesla
Nikola Tesla (/ˈtɛslə/ TESS-lə; Serbian Cyrillic: Никола Тесла,[2] pronounced [nǐkola têsla];[a] 10 July [O.S. 28 June] 1856 – 7 January 1943) was a Serbian-American[5][6][7] inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system.[8]
Born and raised in the Austrian Empire, Tesla studied engineering and physics in the 1870s without receiving a degree, gaining practical experience in the early 1880s working in telephony and at Continental Edison in the new electric power industry. In 1884 he emigrated to the United States, where he became a naturalized citizen. He worked for a short time at the Edison Machine Works in New York City before he struck out on his own. With the help of partners to finance and market his ideas, Tesla set up laboratories and companies in New York to develop a range of electrical and mechanical devices. His alternating current (AC) induction motor and related polyphase AC patents, licensed by Westinghouse Electric in 1888, earned him a considerable amount of money and became the cornerstone of the polyphase system which that company eventually marketed.
Attempting to develop inventions he could patent and market, Tesla conducted a range of experiments with mechanical oscillators/generators, electrical discharge tubes, and early X-ray imaging. He also built a wireless-controlled boat, one of the first-ever exhibited. Tesla became well known as an inventor and demonstrated his achievements to celebrities and wealthy patrons at his lab, and was noted for his showmanship at public lectures. Throughout the 1890s, Tesla pursued his ideas for wireless lighting and worldwide wireless electric power distribution in his high-voltage, high-frequency power experiments in New York and Colorado Springs. In 1893, he made pronouncements on the possibility of wireless communication with his devices. Tesla tried to put these ideas to practical use in his unfinished Wardenclyffe Tower project, an intercontinental wireless communication and power transmitter, but ran out of funding before he could complete it.[9]
After Wardenclyffe, Tesla experimented with a series of inventions in the 1910s and 1920s with varying degrees of success. Having spent most of his money, Tesla lived in a series of New York hotels, leaving behind unpaid bills. He died in New York City in January 1943.[10] Tesla’s work fell into relative obscurity following his death, until 1960, when the General Conference on Weights and Measures named the SI unit of magnetic flux density the tesla in his honor.[11] There has been a resurgence in popular interest in Tesla since the 1990s.[12]
Contents
- 1Early years
- 2Working at Edison
- 3Tesla Electric Light & Manufacturing
- 4AC and the induction motor
- 5New York laboratories
- 6Wireless power
- 7Later years
- 8Death
- 9Patents
- 10Personal life and character
- 11Views and beliefs
- 12Literary works
- 13Legacy and honors
- 14See also
- 15Notes
- 16References
- 17Further reading
- 18External links
Early years[edit source]
Rebuilt, Tesla’s house (parish hall) in Smiljan, now in Croatia, region of Lika, where he was born, and the rebuilt church, where his father served. During the Yugoslav Wars, several of the buildings were severely damaged by fire. They were restored and reopened in 2006.[13]Tesla’s baptismal record, 28 June 1856
Nikola Tesla was born an ethnic Serb in the village of Smiljan, within the Military Frontier, in the Austrian Empire (present day Croatia), on 10 July [O.S. 28 June] 1856.[14][15] His father, Milutin Tesla (1819–1879),[16] was a priest of the Eastern Orthodox Church.[17][18][19][20]
Tesla’s mother, Đuka Mandić (1822–1892), whose father was also an Eastern Orthodox Church priest,[21] had a talent for making home craft tools and mechanical appliances and the ability to memorize Serbian epic poems. Đuka had never received a formal education. Tesla credited his eidetic memory and creative abilities to his mother’s genetics and influence.[22][23] Tesla’s progenitors were from western Serbia, near Montenegro.[24]
Tesla was the fourth of five children. He had three sisters, Milka, Angelina, and Marica, and an older brother named Dane, who was killed in a horse riding accident when Tesla was aged five.[25] In 1861, Tesla attended primary school in Smiljan where he studied German, arithmetic, and religion. In 1862, the Tesla family moved to the nearby Gospić, where Tesla’s father worked as parish priest. Nikola completed primary school, followed by middle school. In 1870, Tesla moved to Karlovac[26][better source needed] to attend high school at the Higher Real Gymnasium where the classes were held in German, as it was usual throughout schools within the Austro-Hungarian Military Frontier.[27][28]Tesla’s father, Milutin, was an Orthodox priest in the village of Smiljan.
Tesla later wrote that he became interested in demonstrations of electricity by his physics professor.[29] Tesla noted that these demonstrations of this “mysterious phenomena” made him want “to know more of this wonderful force”.[30] Tesla was able to perform integral calculus in his head, which prompted his teachers to believe that he was cheating.[31] He finished a four-year term in three years, graduating in 1873.[32]
After graduating Tesla returned to Smiljan but soon contracted cholera, was bedridden for nine months and was near death multiple times. In a moment of despair, Tesla’s father (who had originally wanted him to enter the priesthood),[33] promised to send him to the best engineering school if he recovered from the illness.[26][better source needed]
The next year Tesla evaded conscription into the Austro-Hungarian Army in Smiljan[34] by running away southeast of Lika to Tomingaj, near Gračac. There he explored the mountains wearing hunter’s garb. Tesla said that this contact with nature made him stronger, both physically and mentally. He read many books while in Tomingaj and later said that Mark Twain‘s works had helped him to miraculously recover from his earlier illness.[26][better source needed]
He enrolled at the Imperial-Royal Technical College in Graz in 1875 on a Military Frontier scholarship. In his autobiography Tesla said he worked hard and earned the highest grades possible, passed nine exams[26][better source needed] (nearly twice as many as required[35]) and received a letter of commendation from the dean of the technical faculty to his father, which stated, “Your son is a star of first rank.”[35] At Graz, Tesla noted his fascination with the detailed lectures on electricity presented by Professor Jakob Pöschl and described how he made suggestions on improving the design of an electric motor the professor was demonstrating.[26][better source needed][36] But by his third year he was failing in school and never graduated, leaving Graz in December 1878. One biographer suggests Tesla wasn’t studying and may have been expelled for gambling and womanizing.[34]Tesla aged 23, c. 1879
Tesla’s family did not hear from him after he left school.[34] There was a rumor amongst his classmates that he had drowned in the nearby Mur River[37] but in January one of them ran into Tesla in the town of Maribor across the border in Slovenia and reported that encounter to Tesla’s family.[38] It turned out Tesla had been working there as a draftsman for 60 florins per month.[34][39] In March 1879, Milutin finally located his son and tried to convince him to return home and take up his education in Prague.[38] Tesla returned to Gospić later that month when he was deported for not having a residence permit.[38] Tesla’s father died the next month, on 17 April 1879, at the age of 60 after an unspecified illness.[38] During the rest of the year Tesla taught a large class of students in his old school in Gospić.
In January 1880, two of Tesla’s uncles put together enough money to help him leave Gospić for Prague, where he was to study. He arrived too late to enroll at Charles-Ferdinand University; he had never studied Greek, a required subject; and he was illiterate in Czech, another required subject. Tesla did, however, attend lectures in philosophy at the university as an auditor but he did not receive grades for the courses.[40][41]
Working at Budapest Telephone Exchange[edit source]
Tesla moved to Budapest, Hungary, in 1881 to work under Tivadar Puskás at a telegraph company, the Budapest Telephone Exchange. Upon arrival, Tesla realized that the company, then under construction, was not functional, so he worked as a draftsman in the Central Telegraph Office instead. Within a few months, the Budapest Telephone Exchange became functional, and Tesla was allocated the chief electrician position. During his employment, Tesla made many improvements to the Central Station equipment and claimed to have perfected a telephone repeater or amplifier, which was never patented nor publicly described.[26][better source needed]
Working at Edison[edit source]
In 1882, Tivadar Puskás got Tesla another job in Paris with the Continental Edison Company.[42] Tesla began working in what was then a brand new industry, installing indoor incandescent lighting citywide in large scale electric power utility. The company had several subdivisions and Tesla worked at the Société Electrique Edison, the division in the Ivry-sur-Seine suburb of Paris in charge of installing the lighting system. There he gained a great deal of practical experience in electrical engineering. Management took notice of his advanced knowledge in engineering and physics and soon had him designing and building improved versions of generating dynamos and motors.[43] They also sent him on to troubleshoot engineering problems at other Edison utilities being built around France and in Germany.
Moving to the United States[edit source]
Edison Machine Works on Goerck Street, New York. Tesla found the change from cosmopolitan Europe to working at this shop, located amongst the tenements on Manhattan’s lower east side, a “painful surprise”.[44]
In 1884, Edison manager Charles Batchelor, who had been overseeing the Paris installation, was brought back to the United States to manage the Edison Machine Works, a manufacturing division situated in New York City, and asked that Tesla be brought to the United States as well.[45] In June 1884, Tesla emigrated[46] and began working almost immediately at the Machine Works on Manhattan‘s Lower East Side, an overcrowded shop with a workforce of several hundred machinists, laborers, managing staff, and 20 “field engineers” struggling with the task of building the large electric utility in that city.[47] As in Paris, Tesla was working on troubleshooting installations and improving generators.[48] Historian W. Bernard Carlson notes Tesla may have met company founder Thomas Edison only a couple of times.[47] One of those times was noted in Tesla’s autobiography where, after staying up all night repairing the damaged dynamos on the ocean liner SS Oregon, he ran into Batchelor and Edison, who made a quip about their “Parisian” being out all night. After Tesla told them he had been up all night fixing the Oregon, Edison commented to Batchelor that “this is a damned good man”.[44] One of the projects given to Tesla was to develop an arc lamp-based street lighting system.[49][50] Arc lighting was the most popular type of street lighting but it required high voltages and was incompatible with the Edison low-voltage incandescent system, causing the company to lose contracts in some cities. Tesla’s designs were never put into production, possibly because of technical improvements in incandescent street lighting or because of an installation deal that Edison made with an arc lighting company.[51]
Tesla had been working at the Machine Works for a total of six months when he quit.[47] What event precipitated his leaving is unclear. It may have been over a bonus he did not receive, either for redesigning generators or for the arc lighting system that was shelved.[49] Tesla had previous run-ins with the Edison company over unpaid bonuses he believed he had earned.[52][53] In his autobiography, Tesla stated the manager of the Edison Machine Works offered a $50,000 bonus to design “twenty-four different types of standard machines” “but it turned out to be a practical joke”.[54] Later versions of this story have Thomas Edison himself offering and then reneging on the deal, quipping “Tesla, you don’t understand our American humor”.[55][56] The size of the bonus in either story has been noted as odd since Machine Works manager Batchelor was stingy with pay[57] and the company did not have that amount of cash (equivalent to $1.4 million in 2021[58]) on hand.[59][60] Tesla’s diary contains just one comment on what happened at the end of his employment, a note he scrawled across the two pages covering 7 December 1884, to 4 January 1885, saying “Good by to the Edison Machine Works”.[50][61]
Tesla Electric Light & Manufacturing[edit source]
Soon after leaving the Edison company, Tesla was working on patenting an arc lighting system,[62] possibly the same one he had developed at Edison.[47] In March 1885, he met with patent attorney Lemuel W. Serrell, the same attorney used by Edison, to obtain help with submitting the patents.[62] Serrell introduced Tesla to two businessmen, Robert Lane and Benjamin Vail, who agreed to finance an arc lighting manufacturing and utility company in Tesla’s name, the Tesla Electric Light & Manufacturing.[63] Tesla worked for the rest of the year obtaining the patents that included an improved DC generator, the first patents issued to Tesla in the US, and building and installing the system in Rahway, New Jersey.[64] Tesla’s new system gained notice in the technical press, which commented on its advanced features.
The investors showed little interest in Tesla’s ideas for new types of alternating current motors and electrical transmission equipment. After the utility was up and running in 1886, they decided that the manufacturing side of the business was too competitive and opted to simply run an electric utility.[65] They formed a new utility company, abandoning Tesla’s company and leaving the inventor penniless.[65] Tesla even lost control of the patents he had generated, since he had assigned them to the company in exchange for stock.[65] He had to work at various electrical repair jobs and as a ditch digger for $2 per day. Later in life Tesla recounted that part of 1886 as a time of hardship, writing “My high education in various branches of science, mechanics and literature seemed to me like a mockery”.[65][66]
AC and the induction motor[edit source]
Drawing from U.S. Patent 381,968, illustrating the principle of Tesla’s alternating current induction motor
In late 1886, Tesla met Alfred S. Brown, a Western Union superintendent, and New York attorney Charles Fletcher Peck.[67] The two men were experienced in setting up companies and promoting inventions and patents for financial gain.[68] Based on Tesla’s new ideas for electrical equipment, including a thermo-magnetic motor idea,[69] they agreed to back the inventor financially and handle his patents. Together they formed the Tesla Electric Company in April 1887, with an agreement that profits from generated patents would go ⅓ to Tesla, ⅓ to Peck and Brown, and ⅓ to fund development.[68] They set up a laboratory for Tesla at 89 Liberty Street in Manhattan, where he worked on improving and developing new types of electric motors, generators, and other devices.
In 1887, Tesla developed an induction motor that ran on alternating current (AC), a power system format that was rapidly expanding in Europe and the United States because of its advantages in long-distance, high-voltage transmission. The motor used polyphase current, which generated a rotating magnetic field to turn the motor (a principle that Tesla claimed to have conceived in 1882).[70][71][72] This innovative electric motor, patented in May 1888, was a simple self-starting design that did not need a commutator, thus avoiding sparking and the high maintenance of constantly servicing and replacing mechanical brushes.[73][74]
Along with getting the motor patented, Peck and Brown arranged to get the motor publicized, starting with independent testing to verify it was a functional improvement, followed by press releases sent to technical publications for articles to run concurrently with the issue of the patent.[75] Physicist William Arnold Anthony (who tested the motor) and Electrical World magazine editor Thomas Commerford Martin arranged for Tesla to demonstrate his AC motor on 16 May 1888 at the American Institute of Electrical Engineers.[75][76] Engineers working for the Westinghouse Electric & Manufacturing Company reported to George Westinghouse that Tesla had a viable AC motor and related power system—something Westinghouse needed for the alternating current system he was already marketing. Westinghouse looked into getting a patent on a similar commutator-less, rotating magnetic field-based induction motor developed in 1885 and presented in a paper in March 1888 by Italian physicist Galileo Ferraris, but decided that Tesla’s patent would probably control the market.[77][78]Tesla’s AC dynamo-electric machine (AC electric generator) in an 1888 U.S. Patent 390,721
In July 1888, Brown and Peck negotiated a licensing deal with George Westinghouse for Tesla’s polyphase induction motor and transformer designs for $60,000 in cash and stock and a royalty of $2.50 per AC horsepower produced by each motor. Westinghouse also hired Tesla for one year for the large fee of $2,000 ($57,600 in today’s dollars[79]) per month to be a consultant at the Westinghouse Electric & Manufacturing Company’s Pittsburgh labs.[80]
During that year, Tesla worked in Pittsburgh, helping to create an alternating current system to power the city’s streetcars. He found it a frustrating period because of conflicts with the other Westinghouse engineers over how best to implement AC power. Between them, they settled on a 60-cycle AC system that Tesla proposed (to match the working frequency of Tesla’s motor), but they soon found that it would not work for streetcars, since Tesla’s induction motor could run only at a constant speed. They ended up using a DC traction motor instead.[81][82]
Market turmoil[edit source]
Tesla’s demonstration of his induction motor and Westinghouse’s subsequent licensing of the patent, both in 1888, came at the time of extreme competition between electric companies.[83][84] The three big firms, Westinghouse, Edison, and Thomson-Houston, were trying to grow in a capital-intensive business while financially undercutting each other. There was even a “war of currents” propaganda campaign going on with Edison Electric trying to claim their direct current system was better and safer than the Westinghouse alternating current system.[85][86] Competing in this market meant Westinghouse would not have the cash or engineering resources to develop Tesla’s motor and the related polyphase system right away.[87]
Two years after signing the Tesla contract, Westinghouse Electric was in trouble. The near collapse of Barings Bank in London triggered the financial panic of 1890, causing investors to call in their loans to Westinghouse Electric.[88] The sudden cash shortage forced the company to refinance its debts. The new lenders demanded that Westinghouse cut back on what looked like excessive spending on acquisition of other companies, research, and patents, including the per motor royalty in the Tesla contract.[89][90] At that point, the Tesla induction motor had been unsuccessful and was stuck in development.[87][88] Westinghouse was paying a $15,000-a-year guaranteed royalty[91] even though operating examples of the motor were rare and polyphase power systems needed to run it was even rarer.[73][88] In early 1891, George Westinghouse explained his financial difficulties to Tesla in stark terms, saying that, if he did not meet the demands of his lenders, he would no longer be in control of Westinghouse Electric and Tesla would have to “deal with the bankers” to try to collect future royalties.[92] The advantages of having Westinghouse continue to champion the motor probably seemed obvious to Tesla and he agreed to release the company from the royalty payment clause in the contract.[92][93] Six years later Westinghouse purchased Tesla’s patent for a lump sum payment of $216,000 as part of a patent-sharing agreement signed with General Electric (a company created from the 1892 merger of Edison and Thomson-Houston).[94][95][96]
New York laboratories[edit source]
Mark Twain in Tesla’s South Fifth Avenue laboratory, 1894
The money Tesla made from licensing his AC patents made him independently wealthy and gave him the time and funds to pursue his own interests.[97] In 1889, Tesla moved out of the Liberty Street shop Peck and Brown had rented and for the next dozen years working out of a series of workshop/laboratory spaces in Manhattan. These included a lab at 175 Grand Street (1889–1892), the fourth floor of 33–35 South Fifth Avenue (1892–1895), and sixth and seventh floors of 46 & 48 East Houston Street (1895–1902).[98][99] Tesla and his hired staff conducted some of his most significant work in these workshops.
Tesla coil[edit source]
Main article: Tesla coil
In the summer of 1889, Tesla traveled to the 1889 Exposition Universelle in Paris and learned of Heinrich Hertz‘s 1886–1888 experiments that proved the existence of electromagnetic radiation, including radio waves.[100] Tesla found this new discovery “refreshing” and decided to explore it more fully. In repeating, and then expanding on, these experiments, Tesla tried powering a Ruhmkorff coil with a high speed alternator he had been developing as part of an improved arc lighting system but found that the high-frequency current overheated the iron core and melted the insulation between the primary and secondary windings in the coil. To fix this problem Tesla came up with his “oscillating transformer”, with an air gap instead of insulating material between the primary and secondary windings and an iron core that could be moved to different positions in or out of the coil.[101] Later called the Tesla coil, it would be used to produce high-voltage, low-current, high frequency alternating-current electricity.[102] He would use this resonant transformer circuit in his later wireless power work.[103][104]
Citizenship[edit source]
On 30 July 1891, aged 35, Tesla became a naturalized citizen of the United States.[105][106] In the same year, he patented his Tesla coil.[107]
Wireless lighting[edit source]
Tesla demonstrating wireless lighting by “electrostatic induction” during an 1891 lecture at Columbia College via two long Geissler tubes (similar to neon tubes) in his hands
After 1890, Tesla experimented with transmitting power by inductive and capacitive coupling using high AC voltages generated with his Tesla coil.[108] He attempted to develop a wireless lighting system based on near-field inductive and capacitive coupling and conducted a series of public demonstrations where he lit Geissler tubes and even incandescent light bulbs from across a stage.[109] He spent most of the decade working on variations of this new form of lighting with the help of various investors but none of the ventures succeeded in making a commercial product out of his findings.[110]
In 1893 at St. Louis, Missouri, the Franklin Institute in Philadelphia, Pennsylvania and the National Electric Light Association, Tesla told onlookers that he was sure a system like his could eventually conduct “intelligible signals or perhaps even power to any distance without the use of wires” by conducting it through the Earth.[111][112]
Tesla served as a vice-president of the American Institute of Electrical Engineers from 1892 to 1894, the forerunner of the modern-day IEEE (along with the Institute of Radio Engineers).[113]
Polyphase system and the Columbian Exposition[edit source]
A Westinghouse display of the “Tesla Polyphase System” at Chicago’s 1893 Columbian Exposition
By the beginning of 1893, Westinghouse engineer Charles F. Scott and then Benjamin G. Lamme had made progress on an efficient version of Tesla’s induction motor. Lamme found a way to make the polyphase system it would need compatible with older single-phase AC and DC systems by developing a rotary converter.[114] Westinghouse Electric now had a way to provide electricity to all potential customers and started branding their polyphase AC system as the “Tesla Polyphase System”. They believed that Tesla’s patents gave them patent priority over other polyphase AC systems.[115]
Westinghouse Electric asked Tesla to participate in the 1893 World’s Columbian Exposition in Chicago where the company had a large space in the “Electricity Building” devoted to electrical exhibits. Westinghouse Electric won the bid to light the Exposition with alternating current and it was a key event in the history of AC power, as the company demonstrated to the American public the safety, reliability, and efficiency of an alternating current system that was polyphase and could also supply the other AC and DC exhibits at the fair.[116][117][118]
A special exhibit space was set up to display various forms and models of Tesla’s induction motor. The rotating magnetic field that drove them was explained through a series of demonstrations including an Egg of Columbus that used the two-phase coil found in an induction motor to spin a copper egg making it stand on end.[119]
Tesla visited the fair for a week during its six-month run to attend the International Electrical Congress and put on a series of demonstrations at the Westinghouse exhibit.[120][121] A specially darkened room had been set up where Tesla showed his wireless lighting system, using a demonstration he had previously performed throughout America and Europe;[122] these included using high-voltage, high-frequency alternating current to light wireless gas-discharge lamps.[123]
An observer noted:
Within the room were suspended two hard-rubber plates covered with tin foil. These were about fifteen feet apart and served as terminals of the wires leading from the transformers. When the current was turned on, the lamps or tubes, which had no wires connected to them, but lay on a table between the suspended plates, or which might be held in the hand in almost any part of the room, were made luminous. These were the same experiments and the same apparatus shown by Tesla in London about two years previous, “where they produced so much wonder and astonishment”.[124]
Steam-powered oscillating generator[edit source]
Main article: Tesla’s oscillator
During his presentation at the International Electrical Congress in the Columbian Exposition Agriculture Hall, Tesla introduced his steam powered reciprocating electricity generator that he patented that year, something he thought was a better way to generate alternating current.[125] Steam was forced into the oscillator and rushed out through a series of ports, pushing a piston up and down that was attached to an armature. The magnetic armature vibrated up and down at high speed, producing an alternating magnetic field. This induced alternating electric current in the wire coils located adjacent. It did away with the complicated parts of a steam engine/generator, but never caught on as a feasible engineering solution to generate electricity.[126][127]
Consulting on Niagara[edit source]
In 1893, Edward Dean Adams, who headed up the Niagara Falls Cataract Construction Company, sought Tesla’s opinion on what system would be best to transmit power generated at the falls. Over several years, there had been a series of proposals and open competitions on how best to use power generated by the falls. Among the systems proposed by several US and European companies were two-phase and three-phase AC, high-voltage DC, and compressed air. Adams asked Tesla for information about the current state of all the competing systems. Tesla advised Adams that a two-phased system would be the most reliable and that there was a Westinghouse system to light incandescent bulbs using two-phase alternating current. The company awarded a contract to Westinghouse Electric for building a two-phase AC generating system at the Niagara Falls, based on Tesla’s advice and Westinghouse’s demonstration at the Columbian Exposition that they could build a complete AC system. At the same time, a further contract was awarded to General Electric to build the AC distribution system.[128]
The Nikola Tesla Company[edit source]
In 1895, Edward Dean Adams, impressed with what he saw when he toured Tesla’s lab, agreed to help found the Nikola Tesla Company, set up to fund, develop, and market a variety of previous Tesla patents and inventions as well as new ones. Alfred Brown signed on, bringing along patents developed under Peck and Brown. The board was filled out with William Birch Rankine and Charles F. Coaney.[129] It found few investors; the mid-1890s was a tough time financially, and the wireless lighting and oscillators patents it was set up to market never panned out. The company handled Tesla’s patents for decades to come.
Lab fire[edit source]
In the early morning hours of 13 March 1895, the South Fifth Avenue building that housed Tesla’s lab caught fire. It started in the basement of the building and was so intense Tesla’s 4th-floor lab burned and collapsed into the second floor. The fire not only set back Tesla’s ongoing projects, but it also destroyed a collection of early notes and research material, models, and demonstration pieces, including many that had been exhibited at the 1893 Worlds Colombian Exposition. Tesla told The New York Times “I am in too much grief to talk. What can I say?” After the fire Tesla moved to 46 & 48 East Houston Street and rebuilt his lab on the 6th and 7th floors.
X-ray experimentation[edit source]
Starting in 1894, Tesla began investigating what he referred to as radiant energy of “invisible” kinds after he had noticed damaged film in his laboratory in previous experiments[130] (later identified as “Roentgen rays” or “X-Rays“). His early experiments were with Crookes tubes, a cold cathode electrical discharge tube. Tesla may have inadvertently captured an X-ray image—predating, by a few weeks, Wilhelm Röntgen‘s December 1895 announcement of the discovery of X-rays—when he tried to photograph Mark Twain illuminated by a Geissler tube, an earlier type of gas discharge tube. The only thing captured in the image was the metal locking screw on the camera lens.[131]In 1898, Tesla demonstrated a radio-controlled boat which he hoped to sell as a guided torpedo to navies around the world.[132]
In March 1896, after hearing of Röntgen’s discovery of X-ray and X-ray imaging (radiography),[133] Tesla proceeded to do his own experiments in X-ray imaging, developing a high energy single terminal vacuum tube of his own design that had no target electrode and that worked from the output of the Tesla Coil (the modern term for the phenomenon produced by this device is bremsstrahlung or braking radiation). In his research, Tesla devised several experimental setups to produce X-rays. Tesla held that, with his circuits, the “instrument will … enable one to generate Roentgen rays of much greater power than obtainable with ordinary apparatus”.[134]
Tesla noted the hazards of working with his circuit and single-node X-ray-producing devices. In his many notes on the early investigation of this phenomenon, he attributed the skin damage to various causes. He believed early on that damage to the skin was not caused by the Roentgen rays, but by the ozone generated in contact with the skin, and to a lesser extent, by nitrous acid. Tesla incorrectly believed that X-rays were longitudinal waves, such as those produced in waves in plasmas. These plasma waves can occur in force-free magnetic fields.[135][136]
On 11 July 1934, the New York Herald Tribune published an article on Tesla, in which he recalled an event that occasionally took place while experimenting with his single-electrode vacuum tubes. A minute particle would break off the cathode, pass out of the tube, and physically strike him:
Tesla said he could feel a sharp stinging pain where it entered his body, and again at the place where it passed out. In comparing these particles with the bits of metal projected by his “electric gun,” Tesla said, “The particles in the beam of force … will travel much faster than such particles … and they will travel in concentrations”.[137]
Radio remote control[edit source]
In 1898, Tesla demonstrated a boat that used a coherer-based radio control—which he dubbed “telautomaton”—to the public during an electrical exhibition at Madison Square Garden.[138] Tesla tried to sell his idea to the US military as a type of radio-controlled torpedo, but they showed little interest.[139] Remote radio control remained a novelty until World War I and afterward, when a number of countries used it in military programs.[140] Tesla took the opportunity to further demonstrate “Teleautomatics” in an address to a meeting of the Commercial Club in Chicago, while he was travelling to Colorado Springs, on 13 May 1899.
Wireless power[edit source]
Further information: Wireless power transfer § TeslaTesla sitting in front of a spiral coil used in his wireless power experiments at his East Houston St. laboratory
From the 1890s through 1906, Tesla spent a great deal of his time and fortune on a series of projects trying to develop the transmission of electrical power without wires. It was an expansion of his idea of using coils to transmit power that he had been demonstrating in wireless lighting. He saw this as not only a way to transmit large amounts of power around the world but also, as he had pointed out in his earlier lectures, a way to transmit worldwide communications.
At the time Tesla was formulating his ideas, there was no feasible way to wirelessly transmit communication signals over long distances, let alone large amounts of power. Tesla had studied radio waves early on, and came to the conclusion that part of the existing study on them, by Hertz, was incorrect.[141][142][143] Also, this new form of radiation was widely considered at the time to be a short-distance phenomenon that seemed to die out in less than a mile.[144] Tesla noted that, even if theories on radio waves were true, they were totally worthless for his intended purposes since this form of “invisible light” would diminish over a distance just like any other radiation and would travel in straight lines right out into space, becoming “hopelessly lost”.[145]
By the mid-1890s, Tesla was working on the idea that he might be able to conduct electricity long distance through the Earth or the atmosphere, and began working on experiments to test this idea including setting up a large resonance transformer magnifying transmitter in his East Houston Street lab.[146][147][148] Seeming to borrow from a common idea at the time that the Earth’s atmosphere was conductive,[149][150] he proposed a system composed of balloons suspending, transmitting, and receiving, electrodes in the air above 30,000 feet (9,100 m) in altitude, where he thought the lower pressure would allow him to send high voltages (millions of volts) long distances.
Colorado Springs[edit source]
See also: Tesla Experimental Station; Magnifying transmitter; and Colorado Springs Notes, 1899–1900Tesla’s Colorado Springs laboratory
To further study the conductive nature of low-pressure air, Tesla set up an experimental station at high altitude in Colorado Springs during 1899.[151][152][153][154] There he could safely operate much larger coils than in the cramped confines of his New York lab, and an associate had made an arrangement for the El Paso Power Company to supply alternating current free of charge.[154] To fund his experiments, he convinced John Jacob Astor IV to invest $100,000 ($3,110,800 in today’s dollars[79]) to become a majority shareholder in the Nikola Tesla Company. Astor thought he was primarily investing in the new wireless lighting system. Instead, Tesla used the money to fund his Colorado Springs experiments.[155] Upon his arrival, he told reporters that he planned to conduct wireless telegraphy experiments, transmitting signals from Pikes Peak to Paris.[156]A multiple exposure picture of Tesla sitting next to his “magnifying transmitter” generating millions of volts. The 7-metre (23 ft) long arcs were not part of the normal operation, but only produced for effect by rapidly cycling the power switch.[157]
There, he conducted experiments with a large coil operating in the megavolts range, producing artificial lightning (and thunder) consisting of millions of volts and discharges of up to 135 feet (41 m) in length,[158] and, at one point, inadvertently burned out the generator in El Paso, causing a power outage.[159] The observations he made of the electronic noise of lightning strikes led him to (incorrectly) conclude[160][161] that he could use the entire globe of the Earth to conduct electrical energy.
During his time at his laboratory, Tesla observed unusual signals from his receiver which he speculated to be communications from another planet. He mentioned them in a letter to a reporter in December 1899[162] and to the Red Cross Society in December 1900.[163][164] Reporters treated it as a sensational story and jumped to the conclusion Tesla was hearing signals from Mars.[163] He expanded on the signals he heard in a 9 February 1901 Collier’s Weekly article entitled “Talking With Planets”, where he said it had not been immediately apparent to him that he was hearing “intelligently controlled signals” and that the signals could have come from Mars, Venus, or other planets.[164] It has been hypothesized that he may have intercepted Guglielmo Marconi‘s European experiments in July 1899—Marconi may have transmitted the letter S (dot/dot/dot) in a naval demonstration, the same three impulses that Tesla hinted at hearing in Colorado[164]—or signals from another experimenter in wireless transmission.[165]
Tesla had an agreement with the editor of The Century Magazine to produce an article on his findings. The magazine sent a photographer to Colorado to photograph the work being done there. The article, titled “The Problem of Increasing Human Energy”, appeared in the June 1900 edition of the magazine. He explained the superiority of the wireless system he envisioned but the article was more of a lengthy philosophical treatise than an understandable scientific description of his work,[166] illustrated with what were to become iconic images of Tesla and his Colorado Springs experiments.
Wardenclyffe[edit source]
Main article: Wardenclyffe TowerTesla’s Wardenclyffe plant on Long Island in 1904. From this facility, Tesla hoped to demonstrate wireless transmission of electrical energy across the Atlantic.
Tesla made the rounds in New York trying to find investors for what he thought would be a viable system of wireless transmission, wining and dining them at the Waldorf-Astoria‘s Palm Garden (the hotel where he was living at the time), The Players Club, and Delmonico’s.[167] In March 1901, he obtained $150,000 ($4,666,200 in today’s dollars[79]) from J. P. Morgan in return for a 51% share of any generated wireless patents, and began planning the Wardenclyffe Tower facility to be built in Shoreham, New York, 100 miles (161 km) east of the city on the North Shore of Long Island.[168]
By July 1901, Tesla had expanded his plans to build a more powerful transmitter to leap ahead of Marconi‘s radio-based system, which Tesla thought was a copy of his own.[163] He approached Morgan to ask for more money to build the larger system, but Morgan refused to supply any further funds.[169] In December 1901, Marconi successfully transmitted the letter S from England to Newfoundland, defeating Tesla in the race to be first to complete such a transmission. A month after Marconi’s success, Tesla tried to get Morgan to back an even larger plan to transmit messages and power by controlling “vibrations throughout the globe”.[163] Over the next five years, Tesla wrote more than 50 letters to Morgan, pleading for and demanding additional funding to complete the construction of Wardenclyffe. Tesla continued the project for another nine months into 1902. The tower was erected to its full height of 187 feet (57 m).[165] In June 1902, Tesla moved his lab operations from Houston Street to Wardenclyffe.[168]
Investors on Wall Street were putting their money into Marconi’s system, and some in the press began turning against Tesla’s project, claiming it was a hoax.[170] The project came to a halt in 1905, and in 1906, the financial problems and other events may have led to what Tesla biographer Marc J. Seifer suspects was a nervous breakdown on Tesla’s part.[171] Tesla mortgaged the Wardenclyffe property to cover his debts at the Waldorf-Astoria, which eventually amounted to $20,000 ($516,700 in today’s dollars[79]).[172] He lost the property in foreclosure in 1915, and in 1917 the Tower was demolished by the new owner to make the land a more viable real estate asset.
Later years[edit source]
After Wardenclyffe closed, Tesla continued to write to Morgan; after “the great man” died, Tesla wrote to Morgan’s son Jack, trying to get further funding for the project. In 1906, Tesla opened offices at 165 Broadway in Manhattan, trying to raise further funds by developing and marketing his patents. He went on to have offices at the Metropolitan Life Tower from 1910 to 1914; rented for a few months at the Woolworth Building, moving out because he could not afford the rent; and then to office space at 8 West 40th Street from 1915 to 1925. After moving to 8 West 40th Street, he was effectively bankrupt. Most of his patents had run out and he was having trouble with the new inventions he was trying to develop.[173]
Bladeless turbine[edit source]
Main article: Tesla turbineTesla’s bladeless turbine design
On his 50th birthday, in 1906, Tesla demonstrated a 200 horsepower (150 kilowatts) 16,000 rpm bladeless turbine. During 1910–1911, at the Waterside Power Station in New York, several of his bladeless turbine engines were tested at 100–5,000 hp.[174] Tesla worked with several companies including from 1919 to 1922 in Milwaukee, for Allis-Chalmers.[175][176] He spent most of his time trying to perfect the Tesla turbine with Hans Dahlstrand, the head engineer at the company, but engineering difficulties meant it was never made into a practical device.[177] Tesla did license the idea to a precision instrument company and it found use in the form of luxury car speedometers and other instruments.[178]
Wireless lawsuits[edit source]
When World War I broke out, the British cut the transatlantic telegraph cable linking the US to Germany in order to control the flow of information between the two countries. They also tried to shut off German wireless communication to and from the US by having the US Marconi Company sue the German radio company Telefunken for patent infringement.[179] Telefunken brought in the physicists Jonathan Zenneck and Karl Ferdinand Braun for their defense, and hired Tesla as a witness for two years for $1,000 a month. The case stalled and then went moot when the US entered the war against Germany in 1917.[179][180]
In 1915, Tesla attempted to sue the Marconi Company for infringement of his wireless tuning patents. Marconi’s initial radio patent had been awarded in the US in 1897, but his 1900 patent submission covering improvements to radio transmission had been rejected several times, before it was finally approved in 1904, on the grounds that it infringed on other existing patents including two 1897 Tesla wireless power tuning patents.[142][181][182] Tesla’s 1915 case went nowhere,[183] but in a related case, where the Marconi Company tried to sue the US government over WWI patent infringements, a Supreme Court of the United States 1943 decision restored the prior patents of Oliver Lodge, John Stone, and Tesla.[184] The court declared that their decision had no bearing on Marconi’s claim as the first to achieve radio transmission, just that since Marconi’s claim to certain patented improvements were questionable, the company could not claim infringement on those same patents.[142][185]
Nobel Prize rumors[edit source]
On 6 November 1915, a Reuters news agency report from London had the 1915 Nobel Prize in Physics awarded to Thomas Edison and Nikola Tesla; however, on 15 November, a Reuters story from Stockholm stated the prize that year was being awarded to William Henry Bragg and Lawrence Bragg “for their services in the analysis of crystal structure by means of X-rays”.[186][187][188] There were unsubstantiated rumors at the time that either Tesla or Edison had refused the prize.[186] The Nobel Foundation said, “Any rumor that a person has not been given a Nobel Prize because he has made known his intention to refuse the reward is ridiculous”; a recipient could decline a Nobel Prize only after he is announced a winner.[186]
There have been subsequent claims by Tesla biographers that Edison and Tesla were the original recipients and that neither was given the award because of their animosity toward each other; that each sought to minimize the other’s achievements and right to win the award; that both refused ever to accept the award if the other received it first; that both rejected any possibility of sharing it; and even that a wealthy Edison refused it to keep Tesla from getting the $20,000 prize money.[23][186]
In the years after these rumors, neither Tesla nor Edison won the prize (although Edison received one of 38 possible bids in 1915 and Tesla received one of 38 possible bids in 1937).[189]
Other ideas, awards, and patents[edit source]
Tesla won numerous medals and awards over this time. They include:
- Grand Officer of the Order of St. Sava (Serbia, 1892)
- Elliott Cresson Medal (Franklin Institute, USA, 1894)[190]
- Grand Cross of the Order of Prince Danilo I (Montenegro, 1895)[191]
- AIEE Edison Medal (Institute of Electrical and Electronics Engineers, USA, 1917)[192]
- Grand Cross of the Order of St. Sava (Yugoslavia, 1926)[193]
- Cross Cross of the Order of the Yugoslav Crown (Yugoslavia, 1931)
- John Scott Medal (Franklin Institute & Philadelphia City Council, USA, 1934)[190]
- Order of the White Eagle( Yugoslavia, 1936)
- Grand Cross of the Order of the White Lion (Czechoslovakia, 1937)[194]
- Medal of the University of Paris (Paris, France, 1937)
- The Medal of the University St. Clement of Ochrida (Sofia, Bulgaria, 1939)
Second banquet meeting of the Institute of Radio Engineers, 23 April 1915. Tesla is seen standing in the center.
Tesla attempted to market several devices based on the production of ozone. These included his 1900 Tesla Ozone Company selling an 1896 patented device based on his Tesla Coil, used to bubble ozone through different types of oils to make a therapeutic gel.[195] He also tried to develop a variation of this a few years later as a room sanitizer for hospitals.[196]
Tesla theorized that the application of electricity to the brain enhanced intelligence. In 1912, he crafted “a plan to make dull students bright by saturating them unconsciously with electricity,” wiring the walls of a schoolroom and, “saturating [the schoolroom] with infinitesimal electric waves vibrating at high frequency. The whole room will thus, Mr. Tesla claims, be converted into a health-giving and stimulating electromagnetic field or ‘bath.’”[197] The plan was, at least provisionally, approved by then superintendent of New York City schools, William H. Maxwell.[197]
Before World War I, Tesla sought overseas investors. After the war started, Tesla lost the funding he was receiving from his patents in European countries.
In the August 1917 edition of the magazine Electrical Experimenter, Tesla postulated that electricity could be used to locate submarines via using the reflection of an “electric ray” of “tremendous frequency,” with the signal being viewed on a fluorescent screen (a system that has been noted to have a superficial resemblance to modern radar).[198] Tesla was incorrect in his assumption that high-frequency radio waves would penetrate water.[199] Émile Girardeau, who helped develop France’s first radar system in the 1930s, noted in 1953 that Tesla’s general speculation that a very strong high-frequency signal would be needed was correct. Girardeau said, “(Tesla) was prophesying or dreaming, since he had at his disposal no means of carrying them out, but one must add that if he was dreaming, at least he was dreaming correctly”.[200]
In 1928, Tesla received his last patent, U.S. Patent 1,655,114, for a biplane design capable of vertical take-off and landing (VTOL), which “gradually tilted through manipulation of the elevator devices” in flight until it was flying like a conventional plane.[201] Tesla thought the plane would sell for less than $1,000.[202] Although the aircraft has been described as impractical, it has early resemblances to the V-22 Osprey used by the US military.[203] At this point Tesla closed his remaining office located at 350 Madison Ave, having moved there two years earlier.
Living circumstances[edit source]
Tesla lived at the Waldorf Astoria in New York City from 1900 and ran up a large bill.[204] He moved to the St. Regis Hotel in 1922 and followed a pattern from then on of moving to a different hotel every few years and leaving unpaid bills behind.[205][206]
Tesla walked to the park every day to feed the pigeons. He began feeding them at the window of his hotel room and nursed injured birds back to health.[206][207][208] He said that he had been visited by a certain injured white pigeon daily. He spent over $2,000 to care for the bird, including a device he built to support her comfortably while her broken wing and leg healed.[34] Tesla stated:
I have been feeding pigeons, thousands of them for years. But there was one, a beautiful bird, pure white with light grey tips on its wings; that one was different. It was a female. I had only to wish and call her and she would come flying to me. I loved that pigeon as a man loves a woman, and she loved me. As long as I had her, there was a purpose to my life.[209]
Tesla’s unpaid bills, as well as complaints about the mess made by pigeons, led to his eviction from St. Regis in 1923. He was also forced to leave the Hotel Pennsylvania in 1930 and the Hotel Governor Clinton in 1934.[206] At one point he also took rooms at the Hotel Marguery.
Tesla moved to the Hotel New Yorker in 1934. At this time Westinghouse Electric & Manufacturing Company began paying him $125 per month in addition to paying his rent. Accounts of how this came about vary. Several sources claim that Westinghouse was concerned, or possibly warned, about potential bad publicity arising from the impoverished conditions in which their former star inventor was living.[210][211][212][213] The payment has been described as being couched as a “consulting fee” to get around Tesla’s aversion to accepting charity. Tesla biographer Marc Seifer described the Westinghouse payments as a type of “unspecified settlement”.[212] In any case, Westinghouse provided the funds for Tesla for the rest of his life.
Birthday press conferences[edit source]
Tesla on Time magazine commemorating his 75th birthday
In 1931, a young journalist whom Tesla befriended, Kenneth M. Swezey, organized a celebration for the inventor’s 75th birthday.[214] Tesla received congratulatory letters from more than 70 pioneers in science and engineering, including Albert Einstein,[215] and he was also featured on the cover of Time magazine.[216] The cover caption “All the world’s his power house” noted his contribution to electrical power generation. The party went so well that Tesla made it an annual event, an occasion where he would put out a large spread of food and drink—featuring dishes of his own creation. He invited the press in order to see his inventions and hear stories about his past exploits, views on current events, and sometimes baffling claims.[217][218]Newspaper representation of the thought camera Tesla described at his 1933 birthday party
At the 1932 party, Tesla claimed he had invented a motor that would run on cosmic rays.[218] In 1933 at age 77, Tesla told reporters at the event that, after 35 years of work, he was on the verge of producing proof of a new form of energy. He claimed it was a theory of energy that was “violently opposed” to Einsteinian physics and could be tapped with an apparatus that would be cheap to run and last 500 years. He also told reporters he was working on a way to transmit individualized private radio wavelengths, working on breakthroughs in metallurgy, and developing a way to photograph the retina to record thought.[219]
At the 1934 occasion, Tesla told reporters he had designed a superweapon he claimed would end all war.[220][221] He called it “teleforce“, but was usually referred to as his death ray.[222] Tesla described it as a defensive weapon that would be put up along the border of a country and be used against attacking ground-based infantry or aircraft. Tesla never revealed detailed plans of how the weapon worked during his lifetime but, in 1984, they surfaced at the Nikola Tesla Museum archive in Belgrade.[223] The treatise, The New Art of Projecting Concentrated Non-dispersive Energy through the Natural Media, described an open-ended vacuum tube with a gas jet seal that allows particles to exit, a method of charging slugs of tungsten or mercury to millions of volts, and directing them in streams (through electrostatic repulsion).[218][224] Tesla tried to interest the US War Department,[225] the United Kingdom, the Soviet Union, and Yugoslavia in the device.[226]
In 1935 at his 79th birthday party, Tesla covered many topics. He claimed to have discovered the cosmic ray in 1896 and invented a way to produce direct current by induction, and made many claims about his mechanical oscillator.[227] Describing the device (which he expected would earn him $100 million within two years) he told reporters that a version of his oscillator had caused an earthquake in his 46 East Houston Street lab and neighboring streets in Lower Manhattan in 1898.[227] He went on to tell reporters his oscillator could destroy the Empire State Building with 5 lbs of air pressure.[228] He also explained a new technique he developed using his oscillators he called “Telegeodynamics“, using it to transmit vibrations into the ground that he claimed would work over any distance to be used for communication or locating underground mineral deposits.[137]
In his 1937 Grand Ballroom of Hotel New Yorker event, Tesla received the Order of the White Lion from the Czechoslovak ambassador and a medal from the Yugoslav ambassador.[218] On questions concerning the death ray, Tesla stated, “But it is not an experiment … I have built, demonstrated and used it. Only a little time will pass before I can give it to the world.”
Death[edit source]
Room 3327 of the Hotel New Yorker, where Tesla died
In the fall of 1937 at the age of 81, after midnight one night, Tesla left the Hotel New Yorker to make his regular commute to the cathedral and library to feed the pigeons. While crossing a street a couple of blocks from the hotel, Tesla was unable to dodge a moving taxicab and was thrown to the ground. His back was severely wrenched and three of his ribs were broken in the accident. The full extent of his injuries was never known; Tesla refused to consult a doctor, an almost lifelong custom, and never fully recovered.[35][229]
On 7 January 1943, at the age of 86, Tesla died alone in Room 3327 of the Hotel New Yorker. His body was later found by maid Alice Monaghan after she had entered Tesla’s room, ignoring the “do not disturb” sign that Tesla had placed on his door two days earlier. Assistant medical examiner H.W. Wembley examined the body and ruled that the cause of death had been coronary thrombosis.
Two days later the Federal Bureau of Investigation ordered the Alien Property Custodian to seize Tesla’s belongings. John G. Trump, a professor at M.I.T. and a well-known electrical engineer serving as a technical aide to the National Defense Research Committee, was called in to analyze the Tesla items, which were being held in custody. After a three-day investigation, Trump’s report concluded that there was nothing which would constitute a hazard in unfriendly hands, stating:
His [Tesla’s] thoughts and efforts during at least the past 15 years were primarily of a speculative, philosophical, and somewhat promotional character often concerned with the production and wireless transmission of power; but did not include new, sound, workable principles or methods for realizing such results.[230]
In a box purported to contain a part of Tesla’s “death ray”, Trump found a 45-year-old multidecade resistance box.[231]Gilded urn with Tesla’s ashes, in his favorite geometric object, a sphere (Nikola Tesla Museum, Belgrade)
On 10 January 1943, New York City mayor Fiorello La Guardia read a eulogy written by Slovene-American author Louis Adamic live over the WNYC radio while violin pieces “Ave Maria” and “Tamo daleko” were played in the background. On 12 January, two thousand people attended a state funeral for Tesla at the Cathedral of St. John the Divine in Manhattan. After the funeral, Tesla’s body was taken to the Ferncliff Cemetery in Ardsley, New York, where it was later cremated. The following day, a second service was conducted by prominent priests in the Trinity Chapel (today’s Serbian Orthodox Cathedral of Saint Sava) in New York City.
Estate[edit source]
In 1952, following pressure from Tesla’s nephew, Sava Kosanović, Tesla’s entire estate was shipped to Belgrade in 80 trunks marked N.T. In 1957, Kosanović’s secretary Charlotte Muzar transported Tesla’s ashes from the United States to Belgrade. The ashes are displayed in a gold-plated sphere on a marble pedestal in the Nikola Tesla Museum.[232]
Patents[edit source]
Main article: List of Nikola Tesla patents
Tesla obtained around 300 patents worldwide for his inventions.[233] Some of Tesla’s patents are not accounted for, and various sources have discovered some that have lain hidden in patent archives. There are a minimum of 278 known patents[233] issued to Tesla in 26 countries. Many of Tesla’s patents were in the United States, Britain, and Canada, but many other patents were approved in countries around the globe.[234] Many inventions developed by Tesla were not put into patent protection.
Personal life and character[edit source]
Appearance[edit source]
Tesla was 6 feet 2 inches (1.88 m) tall and weighed 142 pounds (64 kg), with almost no weight variance from 1888 to about 1926. His appearance was described by newspaper editor Arthur Brisbane as “almost the tallest, almost the thinnest and certainly the most serious man who goes to Delmonico’s regularly”.[235][236] He was an elegant, stylish figure in New York City, meticulous in his grooming, clothing, and regimented in his daily activities, an appearance he maintained so as to further his business relationships.[237] He was also described as having light eyes, “very big hands”, and “remarkably big” thumbs.[235]
Eidetic memory[edit source]
Tesla read many works, memorizing complete books, and supposedly possessed a photographic memory.[238] He was a polyglot, speaking eight languages: Serbo-Croatian, Czech, English, French, German, Hungarian, Italian, and Latin.[239] Tesla related in his autobiography that he experienced detailed moments of inspiration. During his early life, Tesla was repeatedly stricken with illness. He suffered a peculiar affliction in which blinding flashes of light appeared before his eyes, often accompanied by visions.[238] Often, the visions were linked to a word or idea he might have come across; at other times they provided the solution to a particular problem he had encountered. Just by hearing the name of an item, he could envision it in realistic detail.[238] Tesla visualized an invention in his mind with extreme precision, including all dimensions, before moving to the construction stage, a technique sometimes known as picture thinking. He typically did not make drawings by hand but worked from memory. Beginning in his childhood, Tesla had frequent flashbacks to events that had happened previously in his life.[238]
Relationships[edit source]
Tesla was a lifelong bachelor, who had once explained that his chastity was very helpful to his scientific abilities.[238] He once said in earlier years that he felt he could never be worthy enough for a woman, considering women superior in every way. His opinion had started to sway in later years when he felt that women were trying to outdo men and make themselves more dominant. This “new woman” was met with much indignation from Tesla, who felt that women were losing their femininity by trying to be in power. In an interview with the Galveston Daily News on 10 August 1924 he stated, “In place of the soft-voiced, a gentlewoman of my reverent worship, has come the woman who thinks that her chief success in life lies in making herself as much as possible like man—in dress, voice and actions, in sports and achievements of every kind … The tendency of women to push aside man, supplanting the old spirit of cooperation with him in all the affairs of life, is very disappointing to me.”[240] Although he told a reporter in later years that he sometimes felt that by not marrying, he had made too great a sacrifice to his work,[34] Tesla chose to never pursue or engage in any known relationships, instead finding all the stimulation he needed in his work.
Tesla was asocial and prone to seclude himself with his work.[138][241][242][243] However, when he did engage in social life, many people spoke very positively and admiringly of Tesla. Robert Underwood Johnson described him as attaining a “distinguished sweetness, sincerity, modesty, refinement, generosity, and force”.[34] His secretary, Dorothy Skerrit, wrote: “his genial smile and nobility of bearing always denoted the gentlemanly characteristics that were so ingrained in his soul”.[237] Tesla’s friend, Julian Hawthorne, wrote, “seldom did one meet a scientist or engineer who was also a poet, a philosopher, an appreciator of fine music, a linguist, and a connoisseur of food and drink”.[244]
Tesla was a good friend of Francis Marion Crawford, Robert Underwood Johnson,[245] Stanford White,[246] Fritz Lowenstein, George Scherff, and Kenneth Swezey.[247][248][249] In middle age, Tesla became a close friend of Mark Twain; they spent a lot of time together in his lab and elsewhere.[245] Twain notably described Tesla’s induction motor invention as “the most valuable patent since the telephone”.[250] At a party thrown by actress Sarah Bernhardt in 1896, Tesla met Indian Hindu monk Swami Vivekananda. Vivekananda later wrote that Tesla said he could demonstrate mathematically the relationship between matter and energy, something Vivekananda hoped would give a scientific foundation to Vedantic cosmology.[251][252] In the late 1920s, Tesla befriended George Sylvester Viereck, a poet, writer, mystic, and later, a Nazi propagandist. Tesla occasionally attended dinner parties held by Viereck and his wife.[253][254]
Tesla could be harsh at times and openly expressed disgust for overweight people, such as when he fired a secretary because of her weight.[255] He was quick to criticize clothing; on several occasions, Tesla directed a subordinate to go home and change her dress.[238] When Thomas Edison died, in 1931, Tesla contributed the only negative opinion to The New York Times, buried in an extensive coverage of Edison’s life:
He had no hobby, cared for no sort of amusement of any kind and lived in utter disregard of the most elementary rules of hygiene … His method was inefficient in the extreme, for an immense ground had to be covered to get anything at all unless blind chance intervened and, at first, I was almost a sorry witness of his doings, knowing that just a little theory and calculation would have saved him 90 percent of the labor. But he had a veritable contempt for book learning and mathematical knowledge, trusting himself entirely to his inventor’s instinct and practical American sense.[256]
Sleep habits[edit source]
Tesla claimed never to sleep more than two hours per night.[257] However, he did admit to “dozing” from time to time “to recharge his batteries”.[258] During his second year of study at Graz, Tesla developed a passionate proficiency for billiards, chess, and card-playing, sometimes spending more than 48 hours in a stretch at a gaming table.[259] On one occasion at his laboratory, Tesla worked for a period of 84 hours without rest.[260] Kenneth Swezey, a journalist whom Tesla had befriended, confirmed that Tesla rarely slept. Swezey recalled one morning when Tesla called him at 3 a.m.: “I was sleeping in my room like one dead … Suddenly, the telephone ring awakened me … [Tesla] spoke animatedly, with pauses, [as he] … work[ed] out a problem, comparing one theory to another, commenting; and when he felt he had arrived at the solution, he suddenly closed the telephone.”[258]
Work habits[edit source]
Tesla worked every day from 9:00 a.m. until 6:00 p.m. or later, with dinner at exactly 8:10 p.m., at Delmonico’s restaurant and later the Waldorf-Astoria Hotel. Tesla then telephoned his dinner order to the headwaiter, who also could be the only one to serve him. “The meal was required to be ready at eight o’clock … He dined alone, except on the rare occasions when he would give a dinner to a group to meet his social obligations. Tesla then resumed his work, often until 3:00 a.m.”[261]
For exercise, Tesla walked between 8 and 10 miles (13 and 16 km) per day. He curled his toes one hundred times for each foot every night, saying that it stimulated his brain cells.[258]
In an interview with newspaper editor Arthur Brisbane, Tesla said that he did not believe in telepathy, stating, “Suppose I made up my mind to murder you,” he said, “In a second you would know it. Now, isn’t that wonderful? By what process does the mind get at all this?” In the same interview, Tesla said that he believed that all fundamental laws could be reduced to one.[235]
Tesla became a vegetarian in his later years, living on only milk, bread, honey, and vegetable juices.[221][262]
Views and beliefs[edit source]
On experimental and theoretical physics[edit source]
Tesla disagreed with the theory of atoms being composed of smaller subatomic particles, stating there was no such thing as an electron creating an electric charge. He believed that if electrons existed at all, they were some fourth state of matter or “sub-atom” that could exist only in an experimental vacuum and that they had nothing to do with electricity.[263][264] Tesla believed that atoms are immutable—they could not change state or be split in any way. He was a believer in the 19th-century concept of an all-pervasive ether that transmitted electrical energy.[265]
Tesla was generally antagonistic towards theories about the conversion of matter into energy.[266] He was also critical of Einstein’s theory of relativity, saying:
I hold that space cannot be curved, for the simple reason that it can have no properties. It might as well be said that God has properties. He has not, but only attributes and these are of our own making. Of properties we can only speak when dealing with matter filling the space. To say that in the presence of large bodies space becomes curved is equivalent to stating that something can act upon nothing. I, for one, refuse to subscribe to such a view.[267]
Tesla claimed to have developed his own physical principle regarding matter and energy that he started working on in 1892,[266] and in 1937, at age 81, claimed in a letter to have completed a “dynamic theory of gravity” that “[would] put an end to idle speculations and false conceptions, as that of curved space”. He stated that the theory was “worked out in all details” and that he hoped to soon give it to the world.[268] Further elucidation of his theory was never found in his writings.[269]
On society[edit source]
Tesla is widely considered by his biographers to have been a humanist in philosophical outlook on top of his gifts as a technological scientist.[270][271][272] This did not preclude Tesla, like many of his era, from becoming a proponent of an imposed selective breeding version of eugenics.
Tesla expressed the belief that human “pity” had come to interfere with the natural “ruthless workings of nature”. Though his argumentation did not depend on a concept of a “master race” or the inherent superiority of one person over another, he advocated for eugenics. In a 1937 interview he stated:
… man’s new sense of pity began to interfere with the ruthless workings of nature. The only method compatible with our notions of civilization and the race is to prevent the breeding of the unfit by sterilization and the deliberate guidance of the mating instinct … The trend of opinion among eugenists is that we must make marriage more difficult. Certainly no one who is not a desirable parent should be permitted to produce progeny. A century from now it will no more occur to a normal person to mate with a person eugenically unfit than to marry a habitual criminal.[273]
In 1926, Tesla commented on the ills of the social subservience of women and the struggle of women toward gender equality, and indicated that humanity’s future would be run by “Queen Bees“. He believed that women would become the dominant sex in the future.[274]
Tesla made predictions about the relevant issues of a post-World War I environment in a printed article, “Science and Discovery are the great Forces which will lead to the Consummation of the War” (20 December 1914).[275] Tesla believed that the League of Nations was not a remedy for the times and issues.[26][better source needed]
On religion[edit source]
Tesla was raised an Orthodox Christian. Later in life he did not consider himself to be a “believer in the orthodox sense”, said he opposed religious fanaticism, and said “Buddhism and Christianity are the greatest religions both in number of disciples and in importance.”[276] He also said “To me, the universe is simply a great machine which never came into being and never will end” and “what we call ‘soul’ or ‘spirit,’ is nothing more than the sum of the functionings of the body. When this functioning ceases, the ‘soul’ or the ‘spirit’ ceases likewise.”[276]
Literary works[edit source]
Tesla wrote a number of books and articles for magazines and journals.[277] Among his books are My Inventions: The Autobiography of Nikola Tesla, compiled and edited by Ben Johnston in 1983 from a series of 1919 magazine articles by Tesla which were republished in 1977; The Fantastic Inventions of Nikola Tesla (1993), compiled and edited by David Hatcher Childress; and The Tesla Papers.
Many of Tesla’s writings are freely available online,[278] including the article “The Problem of Increasing Human Energy”, published in The Century Magazine in 1900,[279] and the article “Experiments with Alternate Currents of High Potential and High Frequency”, published in his book Inventions, Researches and Writings of Nikola Tesla.[280][281]
Legacy and honors[edit source]
See also: Nikola Tesla in popular cultureNikola Tesla Museum in Belgrade, Serbia
Tesla’s legacy has endured in books, films, radio, TV, music, live theater, comics, and video games. The impact of the technologies invented or envisioned by Tesla is a recurring theme in several types of science fiction.
Things named after Tesla[edit source]
Main article: List of things named after Nikola Tesla
Awards[edit source]
Enterprises and organizations[edit source]
- Tesla, an electrotechnical conglomerate in the former Czechoslovakia
- Tesla, Inc, an American electric car manufacturer
- Nikola Motor Company, an American hydrogen and electric class 8 truck manufacturer
- Ericsson Nikola Tesla, Croatian affiliate of the Swedish telecommunications equipment manufacturer Ericsson[283]
- Tesla Electric Light and Manufacturing
- Tesla, an American rock band formed in Sacramento, California, in late 1982
Holidays and events[edit source]
- Day of Science, Serbia, 10 July[284]
- Day of Nikola Tesla, Association of Teachers in Vojvodina, 4–10 July[285]
- Day of Nikola Tesla, Niagara Falls, 10 July[286]
- Nikola Tesla Day in Croatia, 10 July[287]
- Nikola Tesla annual electric vehicle rally in Croatia[288]
- In Ontario, Canada, the provincial legislature proclaimed July 10th as an annual recognition of his birth.[289]
Measures[edit source]
Places[edit source]
Belgrade Nikola Tesla Airport was named after the scientist in 2006.
- Nikola Tesla Memorial Center in Smiljan, Croatia
- Belgrade Nikola Tesla Airport[290]
- Nikola Tesla Museum Archive in Belgrade[291][292]
- Nikola Tesla Technical Museum in Zagreb, Croatia was named after the scientist in 2015
- TPP Nikola Tesla, the largest power plant in Serbia, first commissioned in 1970
- 128 streets in Croatia had been named after Nikola Tesla as of November 2008, making him the eighth most common street name origin in the country.[293][better source needed]
- Tesla, a 26 kilometer-wide crater on the far side of the moon[294]
- 2244 Tesla, a minor planet[294]
Schools[edit source]
- Tesla STEM High School created in 2012 in Redmond, Washington as a choice school with a focus on STEM subjects. The name was chosen by a student vote.[295]
Ships[edit source]
- SS Nikola Tesla, a Liberty Ship laid down 31 August 1943, launched 25 September 1943, sold from government service in 1947, and scrapped 1970
Plaques and memorials[edit source]
This Nikola Tesla statue in Zagreb, Croatia was made by Ivan Meštrović in 1954. It was located at the Ruđer Bošković Institute before it was moved to the Tesla street in the city center in 2006.Nikola Tesla Corner in New York CityNikola Tesla statue in Niagara Falls, Ontario
- The Nikola Tesla Memorial Centre in Smiljan, Croatia, opened in 2006. It features a statue of Tesla designed by sculptor Mile Blažević.[13][296]
- A plaque depicting a relief of Nikola Tesla is present on the Old City Hall in Zagreb, Croatia’s capital, commemorating his proposal to build an alternating current power station, which he made to the city council.[297] The plaque quotes Tesla’s statement, given in the building on 24 May 1892, which reads: “As a son of this country, I consider it my duty to help the City of Zagreb in every way, either through counsel or through action” (Croatian: “Smatram svojom dužnošću da kao rođeni sin svoje zemlje pomognem gradu Zagrebu u svakom pogledu savjetom i činom”).[298]
- On 7 July 2006, on the corner of Masarykova and Preradovićeva streets in the Lower Town area in Zagreb, a monument of Tesla was unveiled. This monument was designed by Ivan Meštrović in 1952 and was transferred from the Zagreb-based Ruđer Bošković Institute where it had spent previous decades.[299]
- A monument to Tesla was established at Niagara Falls, New York. This monument portraying Tesla reading a set of notes was sculpted by Frano Kršinić. It was presented to the United States by Yugoslavia in 1976 and is an identical copy of the monument standing in front of the University of Belgrade Faculty of Electrical Engineering.[300]
- A monument of Tesla standing on a portion of an alternator was established at Queen Victoria Park in Niagara Falls, Ontario, Canada. The monument was officially unveiled on 9 July 2006 on the 150th anniversary of Tesla’s birth. The monument was sponsored by St. George Serbian Church, Niagara Falls, and designed by Les Drysdale of Hamilton, Ontario.[301][302] Drysdale’s design was the winning design from an international competition.[303]
- A monument of Tesla was unveiled in Baku in 2013. Presidents Ilham Aliyev and Tomislav Nikolić attended a ceremony of unveiling[304]
- In 2012 Jane Alcorn, president of the nonprofit group Tesla Science Center at Wardenclyffe, and Matthew Inman, creator of web cartoon The Oatmeal, raised a total of $2,220,511 – $1,370,511 from a campaign and $850,000 from a New York State grant—to buy the property where Wardenclyffe Tower once stood and eventually turn it into a museum.[305][306] The group began negotiations to purchase the Long Island property from Agfa Corporation in October 2012.[307] The purchase was completed in May 2013.[308] The preservation effort and history of Wardenclyffe is the subject of a documentary by Tesla activist/filmmaker Joseph Sikorski called Tower to the People—Tesla’s Dream at Wardenclyffe Continues.[309]
- In July 2001, a commemorative plaque honoring Nikola Tesla was installed on the façade of the New Yorker Hotel by the IEEE.[310]
- An intersection named after Tesla, Nikola Tesla Corner, is located at Sixth Avenue and 40th Street, outside Bryant Park in Manhattan, New York City. The placement of the sign was due to the efforts of the Croatian Club of New York in cooperation with New York City officials, and Dr. Ljubo Vujovic of the Tesla Memorial Society of New York.[311]
- A bust and plaque honoring Tesla is outside the Serbian Orthodox Cathedral of Saint Sava (formerly known as Trinity Chapel) at 20 West 26th Street in New York City.[312]
- A full-size, crowdfunded statue honoring Tesla with free Wi-Fi and a time capsule (to be opened on the 100th anniversary of Tesla’s death, 7 January 2043) was unveiled on 7 December 2013 in Palo Alto, California (260 Sheridan Avenue).[313]
- Nikola Tesla Boulevard, Hamilton, Ontario.[314]
Computing[edit source]
- Tesla, a video card graphics processing unit microarchitecture developed by Nvidia.
Currency[edit source]
- The Yugoslav dinar displayed Tesla on 6 different banknotes between 1970 (statue) and 1993.
- Tesla is portrayed in the banknote of the 100 Serbian dinars.
See also[edit source]
- Charles Proteus Steinmetz – a contemporaneous electrical pioneer in alternating current and high voltage research
- Michael Faraday
- Atmospheric electricity
- Nikola Tesla in popular culture
Portals:ElectronicsEnergyEngineeringPhysicsTechnologyUnited StatesSerbiaBiography
Notes[edit source]
Footnotes
- ^ The Serbo-Croatian[3] word tesla literally means ‘adze‘ and may serve as a nickname for a person with the occupation of, e.g., carpenter. However, in the case of Nikola Tesla the surname is alleged to derive from a traditional nickname for members of one branch of the Draganić family because of their inherited trait of broad protruded front teeth resembling the blade of the adze.[4]
Citations
- ^ Jonnes 2004, p. 355.
- ^ “Tesla”. Random House Webster’s Unabridged Dictionary.
- ^ “tesla – Hrvatski jezični portal – Znanje”. Retrieved 28 March 2020.
- ^ John Joseph O’Neill (1944), Prodigal Genius: The Life of Nikola Tesla, Chapter One
- ^ Burgan 2009, p. 9.
- ^ “Electrical pioneer Tesla honoured”. BBC News. 10 July 2006. Retrieved 20 May 2013.
- ^ “No, Nikola Tesla’s Remains Aren’t Sparking Devil Worship In Belgrade”. Radio Free Europe/Radio Liberty. 9 June 2015.
- ^ Laplante, Phillip A. (1999). Comprehensive Dictionary of Electrical Engineering 1999. Springer. p. 635. ISBN 978-3-540-64835-2.
- ^ “Tesla Tower in Shoreham Long Island (1901 – 1917) meant to be the ‘World Wireless’ Broadcasting system”. Tesla Memorial Society of New York. Retrieved 3 June 2012.
- ^ O’Shei, Tim (2008). Marconi and Tesla: Pioneers of Radio Communication. MyReportLinks.com Books. p. 106. ISBN 978-1-59845-076-7.
- ^ “Welcome to the Tesla Memorial Society of New York Website”. Tesla Memorial Society of New York. Retrieved 3 June 2012.
- ^ Van Riper 2011, p. 150
- ^ Jump up to:a b “Pictures of Tesla’s home in Smiljan, Croatia and his father’s church after rebuilding”. Tesla Memorial Society of NY. Retrieved 22 May 2013.
- ^ Cheney, Uth & Glenn 1999, p. 143.
- ^ O’Neill 2007, pp. 9, 12.
- ^ Carlson 2013, p. 14.
- ^ Dommermuth-Costa 1994, p. 12, “Milutin, Nikola’s father, was a well-educated priest of the Serbian Orthodox Church.”.
- ^ Cheney 2011, p. 25, “The tiny house in which he was born stood next to the Serbian Orthodox Church presided over by his father, the Reverend Milutin Tesla, who sometimes wrote articles under the nom-de-plume ‘Man of Justice’”.
- ^ Carlson 2013, p. 14, “Following a reprimand at school for not keeping his brass buttons polished, he quit and instead chose to become a priest in the Serbian Orthodox Church”.
- ^ Burgan 2009, p. 17, “Nikola’s father, Milutin was a Serbian Orthodox priest and had been sent to Smiljan by his church.”.
- ^ O’Neill 1944, p. 10.
- ^ Cheney 2001.
- ^ Jump up to:a b Seifer 2001, p. 7.
- ^ O’Neill 1944, p. 12.
- ^ Carlson 2013, p. 21.
- ^ Jump up to:a b c d e f g Tesla, Nikola (2011). My inventions: the autobiography of Nikola Tesla. Eastford: Martino Fine Books. ISBN 978-1-61427-084-3.
- ^ Tesla, Nikola; Marinčić, Aleksandar (2008). From Colorado Springs to Long Island: research notes. Belgrade: Nikola Tesla Museum. ISBN 978-86-81243-44-2.
- ^ Budiansky, Stephen (2021). Journey to the edge of reason : the life of Kurt Gödel (First ed.). New York, NY. ISBN 9781324005452.
In the natural sciences, Austria produced a remarkable number of talented theorists and experimentalists. The electrical genius Nikola Tesla, from Croatia, studied in Karlovac at one of the rigorous German-language high schools, the Gymnasiums, established throughout the Austrian Empire.
- ^ Tesla does not mention which professor this was by name, but some sources conclude this was Prof Martin Sekulić.
- ^ Carlson 2013, p. 32.
- ^ “Tesla Life and Legacy – Tesla’s Early Years”. PBS. Retrieved 8 July 2012.
- ^ O’Neill 1944, p. 33.
- ^ Glenn, Jim, ed. (1994). The complete patents of Nikola Tesla. New York: Barnes & Noble Books. ISBN 1-56619-266-8.
- ^ Jump up to:a b c d e f g Seifer 2001.
- ^ Jump up to:a b c O’Neill 1944, p. ?.
- ^ Carlson 2013, pp. 35.
- ^ Seifer 2001, p. 18.
- ^ Jump up to:a b c d Carlson 2013, pp. 47.
- ^ Seifer notes Tesla may have also traveled on through Zagreb to a small town on the coast of the Adriatic Sea called “Min-Gag”
- ^ Mrkich, D. (2003). Nikola Tesla: The European Years (1st ed.). Ottawa: Commoner’s Publishing. ISBN 0-88970-113-X.
- ^ “NYHOTEL”. Tesla Society of NY. Retrieved 17 August 2012.
- ^ “Nikola Tesla: The Genius Who Lit the World”. Top Documentary Films.
- ^ Carlson 2013, pp. 63–64.
- ^ Jump up to:a b Carlson 2013, p. 70.
- ^ Carlson 2013, p. 69.
- ^ O’Neill 1944, pp. 57–60.
- ^ Jump up to:a b c d “Edison & Tesla – The Edison Papers”. edison.rutgers.edu.
- ^ Carey, Charles W. (1989). American inventors, entrepreneurs & business visionaries. Infobase Publishing. p. 337. ISBN 0-8160-4559-3. Retrieved 27 November 2010.
- ^ Jump up to:a b Carlson 2013, pp. 71–73.
- ^ Jump up to:a b Radmilo Ivanković’ Dragan Petrović, review of the reprinted “Nikola Tesla: Notebook from the Edison Machine Works 1884–1885” ISBN 86-81243-11-X, teslauniverse.com
- ^ Carlson 2013, pp. 72–73.
- ^ Seifer 1996, pp. 25, 34.
- ^ Carlson 2013, pp. 69–73.
- ^ “Nikola Tesla, My Inventions: The Autobiography of Nikola Tesla, originally published: 1919, p. 19″ (PDF).
- ^ O’Neill 1944, p. 64.
- ^ Pickover 1999, p. 14
- ^ Tesla’s contemporaries remembered that on a previous occasion Machine Works manager Batchelor had been unwilling to give Tesla a $7 a week pay raise (Seifer – Wizard: The Life and Times of Nikola Tesla, p. 38)
- ^ “US$50000 (1884 US dollars)”. Wolfram Alpha. Retrieved 25 April 2021.
- ^ Jonnes 2004, pp. 109–110.
- ^ Seifer 1996, p. 38.
- ^ Carlson 2013, p. 73.
- ^ Jump up to:a b Jonnes 2004, pp. 110–111.
- ^ Seifer 1998, p. 41.
- ^ Jonnes 2004, p. 111.
- ^ Jump up to:a b c d Carlson 2013, p. 75.
- ^ Account comes from a letter Tesla sent in 1938 on the occasion of receiving an award from the National Institute of Immigrant Welfare – John Ratzlaff, Tesla Said, Tesla Book Co., p. 280.
- ^ Charles Fletcher Peck of Englewood, New Jersey per [1] and [2]
- ^ Jump up to:a b Carlson 2013, p. 80.
- ^ Carlson 2013, pp. 76–78.
- ^ Networks of Power: Electrification in Western Society, 1880–1930. JHU Press. March 1993. p. 117. ISBN 978-0-8018-4614-4.
- ^ Thomas Parke Hughes, Networks of Power: Electrification in Western Society, 1880–1930, pp. 115–118
- ^ Ltd, Nmsi Trading; Institution, Smithsonian (1998). Robert Bud, Instruments of Science: An Historical Encyclopedia. p. 204. ISBN 978-0-8153-1561-2. Retrieved 18 March 2013.
- ^ Jump up to:a b Jonnes 2004, p. 161.
- ^ Henry G. Prout, A Life of George Westinghouse, p. 129
- ^ Jump up to:a b Carlson 2013, p. 105-106.
- ^ Fritz E. Froehlich, Allen Kent (December 1998). The Froehlich/Kent Encyclopedia of Telecommunications: Volume 17. p. 36. ISBN 978-0-8247-2915-8. Retrieved 10 September 2012.
- ^ Jonnes 2004, p. 160–162.
- ^ Carlson 2013, pp. 108–111.
- ^ Jump up to:a b c d 1634–1699: McCusker, J. J. (1997). How Much Is That in Real Money? A Historical Price Index for Use as a Deflator of Money Values in the Economy of the United States: Addenda et Corrigenda (PDF). American Antiquarian Society. 1700–1799: McCusker, J. J. (1992). How Much Is That in Real Money? A Historical Price Index for Use as a Deflator of Money Values in the Economy of the United States (PDF). American Antiquarian Society. 1800–present: Federal Reserve Bank of Minneapolis. “Consumer Price Index (estimate) 1800–”. Retrieved 1 January 2020.
- ^ Klooster 2009, p. 305.
- ^ Harris, William (14 July 2008). “William Harris, How did Nikola Tesla change the way we use energy?”. Science.howstuffworks.com. p. 3. Retrieved 10 September 2012.
- ^ Munson, Richard (2005). From Edison to Enron: The Business of Power and What It Means for the Future of Electricity. Westport, CT: Praeger. pp. 24–42. ISBN 978-0-275-98740-4.
- ^ Quentin R. Skrabec (2007). George Westinghouse: Gentle Genius, Algora Publishing, pp. 119–121
- ^ Robert L. Bradley, Jr. (2011). Edison to Enron: Energy Markets and Political Strategies, John Wiley & Sons, pp. 55–58
- ^ Quentin R. Skrabec (2007). George Westinghouse: Gentle Genius, Algora Publishing, pp. 118–120
- ^ Seifer 1998, p. 47.
- ^ Jump up to:a b Skrabec, Quentin R. (2007). George Westinghouse : gentle genius. New York: Algora Pub. ISBN 978-0-87586-506-5.
- ^ Jump up to:a b c Carlson 2013, p. 130.
- ^ Carlson 2013, p. 131.
- ^ Jonnes 2004, p. 29.
- ^ Thomas Parke Hughes, Networks of Power: Electrification in Western Society, 1880–1930 (1983), p. 119
- ^ Jump up to:a b Jonnes 2004, p. 228.
- ^ Carlson 2013, pp. 130–131.
- ^ Cheney 2001, pp. 48–49.
- ^ Christopher Cooper, The Truth About Tesla: The Myth of the Lone Genius in the History of Innovation, Race Point Publishing. 2015, p. 109
- ^ Electricity, a Popular Electrical Journal, Volume 13, No. 4, 4 August 1897, Electricity Newspaper Company, pp. 50 Google Books
- ^ James P. Rybak (November 1999). “Nikola Tesla: Scientific Savant from the Tesla Universe Article Collection”. Popular Electronics: 40–48 & 88.
- ^ Carlson, W. Bernard (2013). Tesla: Inventor of the Electrical Age, Princeton University Press, p. 218
- ^ “Laboratories in New York (1889-1902)”. Open Tesla Research.
- ^ Carlson 2013, p. 120.
- ^ Carlson 2013, p. 122.
- ^ “Tesla coil”. Museum of Electricity and Magnetism, Center for Learning. National High Magnetic Field Laboratory website, Florida State Univ. 2011. Retrieved 12 September 2013.
- ^ Carlson 2013, p. 124.
- ^ Burnett, Richie (2008). “Operation of the Tesla Coil”. Richie’s Tesla Coil Web Page. Richard Burnett private website. Retrieved 24 July 2015.
- ^ “Naturalization Record of Nikola Tesla, 30 July 1891”. Retrieved 24 October 2021., Naturalization Index, NYC Courts, referenced in Carlson (2013), Tesla: Inventor of the Electrical Age, p. H-41
- ^ Carlson 2013, p. 138.
- ^ Uth, Robert (12 December 2000). “Tesla coil”. Tesla: Master of Lightning. PBS.org. Retrieved 20 May 2008.
- ^ Tesla, Nikola (20 May 1891). Experiments with Alternate Currents of Very High Frequency and Their Application to Methods of Artificial Illumination., lecture delivered before the American Institute of Electrical Engineers, Columbia College, New York. Reprinted as a book of the same name by. Wildside Press. 2006. ISBN 0-8095-0162-7.
- ^ Carlson 2013, p. 132.
- ^ Christopher Cooper (2015). The Truth About Tesla: The Myth of the Lone Genius in the History of Innovation, Race Point Publishing, pp. 143–144
- ^ Carlson 2013, pp. 178–179.
- ^ Orton, John (2004). The Story of Semiconductors. Oxford, England: Oxford University Press. p. 53.
- ^ Corum, Kenneth L. & Corum, James F. “Tesla’s Connection to Columbia University” (PDF). Tesla Memorial Society of NY. Retrieved 5 July 2012.
- ^ Carlson 2013, p. 166.
- ^ Carlson 2013, p. 167.
- ^ Moran, Richard (2007). Executioner’s Current: Thomas Edison, George Westinghouse, and the Invention of the Electric Chair. Knopf Doubleday Publishing Group. p. 222.
- ^ Rosenberg, Chaim M. (20 February 2008). America at the Fair: Chicago’s 1893 World’s Columbian Exposition. Arcadia Publishing. ISBN 9780738525211.
- ^ Bertuca, David J.; Hartman, Donald K. & Neumeister, Susan M. (1996). The World’s Columbian Exposition: A Centennial Bibliographic Guide. pp. xxi. ISBN 978-0-313-26644-7. Retrieved 10 September 2012.
- ^ Hugo Gernsback, “Tesla’s Egg of Columbus, How Tesla Performed the Feat of Columbus Without Cracking the Egg” Electrical Experimenter, 19 March 1919, p. 774 [3]
- ^ Seifer 2001, p. 120.
- ^ Thomas Commerford Martin, The Inventions, Researches and Writings of Nikola Tesla: With Special Reference to His Work in Polyphase Currents and High Potential Lighting, Electrical Engineer – 1894, Chapter XLII, page 485 [4]
- ^ Cheney 2001, p. 76.
- ^ Cheney 2001, p. 79.
- ^ Barrett, John Patrick (1894). Electricity at the Columbian Exposition; Including an Account of the Exhibits in the Electricity Building, the Power Plant in Machinery Hall. R. R. Donnelley. pp. 268–269. Retrieved 29 November 2010.
- ^ Carlson 2013, p. 182.
- ^ Carlson 2013, pp. 181–185.
- ^ Reciprocating Engine, U.S. Patent 514,169, 6 February 1894.
- ^ Carlson 2013, pp. 167–173.
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- ^ Tesla, Nikola (2007). X-ray vision: Nikola Tesla on Roentgen rays (1st ed.). Radford, VA: Wiilder Publications. ISBN 978-1-934451-92-2.
- ^ Cheney 2001, p. 134.
- ^ W. Bernard Carlson, Tesla: Inventor of the Electrical Age, Princeton University Press – 2013, p. 231
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- ^ Tesla, Nikola (17 November 1898). “High Frequency Oscillators for Electro-Therapeutic and Other Purposes”. Proceedings of the American Electro-Therapeutic Association. American Electro-Therapeutic Association. p. 25.
- ^ Griffiths, David J. Introduction to Electrodynamics, ISBN 0-13-805326-X and Jackson, John D. Classical Electrodynamics, ISBN 0-471-30932-X.
- ^ Transactions of the American Electro-therapeutic Association. American Electrotherapeutic Association. 1899. p. 16. Retrieved 25 November 2010.
- ^ Jump up to:a b Anderson, Leland (1998). Nikola Tesla’s teleforce & telegeodynamics proposals. Breckenridge, Colo.: 21st Century Books. ISBN 0-9636012-8-8.
- ^ Jump up to:a b Jonnes 2004.
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- ^ Jump up to:a b c “Nikola Tesla: The Guy Who DIDN’T “Invent Radio””. earlyradiohistory.us.
- ^ Tesla’s own experiments led him to erroneously believe Hertz had misidentified a form of conduction instead of a new form of electromagnetic radiation, an incorrect assumption that Tesla held for a couple of decades.(Carlson, pp-127-128)(White, Nikola Tesla: The Guy Who DIDN’T “Invent Radio”)
- ^ Brian Regal, Radio: The Life Story of a Technology, p. 22
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- ^ My Inventions: The Autobiography of Nikola Tesla, Hart Brothers, 1982, Ch. 5, ISBN 0-910077-00-2
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- ^ Jump up to:a b c d Carlson 2013, pp. 380–382.
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- ^ Cheney, Margaret & Uth, Robert (2001). Tesla: Master of Lightning. Barnes & Noble Books. p. 158
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- ^ Malanowski, Gregory (2011). The Race for Wireless: How Radio was Invented (or Discovered?). AuthorHouse. p. 36. ISBN 978-1-4634-3750-3.
Tesla was definitely asocial, a loner. Although in his younger years he was immensely popular and admired by many rich, socialite women, there were no women in his life.
- ^ Cheney, Uth & Glenn 1999, Preface.
- ^ McNichol, Tom (2011). AC/DC: The Savage Tale of the First Standards War. John Wiley & Sons. pp. 163–64. ISBN 978-1-118-04702-6.
Tesla’s peculiar nature made him a solitary man, a loner in a field that was becoming so complex that it demanded collaboration.
- ^ Cheney 2001, p. 80.
- ^ Jump up to:a b “Famous Friends”. Tesla Memorial Society of NY. Retrieved 4 July 2012.
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- ^ Kak, S. (2017) Tesla, wireless energy transmission and Vivekananda. Current Science, vol. 113, 2207-2210.
- ^ Paranjape, Makarand R. (12 June 2015). Swami Vivekananda: A Contemporary Reader edited by Makarand R. Paranjape. ISBN 978-1-317-44636-1.
- ^ Cheney, Margaret & Uth, Robert (2001). Tesla: Master of Lightning. Barnes & Noble Books. p. 137.
- ^ Johnson, Neil M. George Sylvester Viereck: Poet and Propagandist. Neil M. Johnson.
- ^ Cheney 2001, p. 110.
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- ^ Prepared Statement by Nikola Tesla Archived 24 July 2011 at the Wayback Machine downloadable from http://www.tesla.hu
- ^ Cheney 2001, p. 309.
- ^ Jonnes 2004, p. 154.
- ^ Belohlavek, Peter; Wagner, John W (2008). Innovation: The Lessons of Nikola Tesla. Blue Eagle. p. 43. ISBN 978-987-651-009-7.
This was Tesla: a scientist, philosopher, humanist, and ethical man of the world in the truest sense.
- ^ Seifer, Marc J (1996). Wizard: the life and times of Nikola Tesla: biography of a genius. Citadel Press. p. 506. ISBN 978-0-8065-1960-9.
Frank Jenkins, “Nikola Tesla: The Man, Engineer, Inventor, Humanist and Innovator,” in Nikola Tesla: Life and Work of a Genius (Belgrade: Yugoslav Society for the Promotion of Scientific Knowledge, 1976), pp. 10–21.
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References[edit source]
- Burgan, Michael (2009). Nikola Tesla: Inventor, Electrical Engineer. Mankato, Minnesota: Capstone. ISBN 978-0-7565-4086-9.
- Carlson, W. Bernard (2013). Tesla: Inventor of the Electrical Age. Princeton University Press. ISBN 978-1-4008-4655-9.
- Cheney, Margaret (2011). Tesla: Man Out of Time. Simon & Schuster. ISBN 978-1-4516-7486-6.
- Cheney, Margaret (2001) [1981]. Tesla: Man Out of Time. Simon & Schuster. ISBN 978-0-7432-1536-7.
- Cheney, Margaret; Uth, Robert; Glenn, Jim (1999). Tesla, Master of Lightning. Barnes & Noble Books. ISBN 978-0-7607-1005-0.
- Cooper, Christopher (2015). The truth about Tesla : the myth of the lone genius in the history of innovation. New York. ISBN 978-1-63106-030-4.
- Dommermuth-Costa, Carol (1994). Nikola Tesla: A Spark of Genius. Twenty-First Century Books. ISBN 978-0-8225-4920-8.
- Jonnes, Jill (2004). Empires of Light: Edison, Tesla, Westinghouse, and the Race to Electrify the World. Random House Trade Paperbacks. ISBN 978-0-375-75884-3.
- Klooster, John W. (2009). Icons of Invention: The Makers of the Modern World from Gutenberg to Gates. ABC-CLIO. ISBN 978-0-313-34743-6.
- O’Neill, John J. (1944). Prodigal Genius: The Life of Nikola Tesla. Ives Washburn. ISBN 0-914732-33-1. (reprinted 2007 by Book Tree, ISBN 978-1-60206-743-1)
- Pickover, Clifford A. (1999). Strange Brains and Genius: The Secret Lives Of Eccentric Scientists And Madmen. HarperCollins. ISBN 978-0-688-16894-0.
- Seifer, Marc J. (2001). Wizard: the life and times of Nikola Tesla: biography of a genius. Citadel. ISBN 978-0-8065-1960-9.
- Seifer, Marc J. (1998). Wizard: The Life And Times Of Nikola Tesla. Citadel. ISBN 978-0-8065-3556-2.
- Van Riper, A. Bowdoin (2011). A Biographical Encyclopedia of Scientists and Inventors in American Film and TV since 1930. Scarecrow Press. ISBN 978-0-8108-8128-0.
Further reading[edit source]
Library resources about
Nikola TeslaResources in your libraryResources in other libraries By Nikola Tesla Resources in your libraryResources in other libraries Books
- Tesla, Nikola, My Inventions, Parts I through V published in the Electrical Experimenter monthly magazine from February through June 1919. Part VI published October 1919. Reprint edition with introductory notes by Ben Johnson, New York: Barnes and Noble, 1982; also online at Lucid Cafe, et cetera as My Inventions: The Autobiography of Nikola Tesla, 1919. ISBN 978-0-910077-00-2
- Glenn, Jim (1994). The Complete Patents of Nikola Tesla. ISBN 978-1-56619-266-8
- Lomas, Robert (1999). The Man Who Invented the Twentieth Century: Nikola Tesla, forgotten genius of electricity. London: Headline. ISBN 978-0-7472-7588-6
- Martin, Thomas C. (editor) (1894, 1996 reprint, copyright expired), The Inventions, Researches, and Writings of Nikola Tesla, includes some lectures, Montana: Kessinger. ISBN 978-1-56459-711-3
- McNichol, Tom (2006). AC/DC The Savage Tale of the First Standards War, Jossey-Bass. ISBN 978-0-7879-8267-6
- Peat, F. David (2002). In Search of Nikola Tesla (Revised ed.). Bath: Ashgrove. ISBN 978-1-85398-117-3.
- Trinkaus, George (2002). Tesla: The Lost Inventions, High Voltage Press. ISBN 978-0-9709618-2-2
- Valone, Thomas (2002). Harnessing the Wheelwork of Nature: Tesla’s Science of Energy. ISBN 978-1-931882-04-0
Publications
- A New System of Alternating Current Motors and Transformers, American Institute of Electrical Engineers, May 1888.
- Selected Tesla Writings, Scientific papers and articles written by Tesla and others, spanning the years 1888–1940.
- Light Without Heat, The Manufacturer and Builder, January 1892, Vol. 24
- Biography: Nikola Tesla, The Century Magazine, November 1893, Vol. 47
- Tesla’s Oscillator and Other Inventions, The Century Magazine, November 1894, Vol. 49
- The New Telegraphy. Recent Experiments in Telegraphy with Sparks, The Century Magazine, November 1897, Vol. 55
Journals
- Pavićević, Aleksandra (2014). “From lighting to dust death, funeral and post mortem destiny of Nikola Tesla”. Glasnik Etnografskog instituta SANU. 62 (2): 125–139. doi:10.2298/GEI1402125P.
- Carlson, W. Bernard, “Inventor of dreams”. Scientific American, March 2005 Vol. 292 Issue 3 p. 78(7).
- Jatras, Stella L., “The genius of Nikola Tesla“. The New American, 28 July 2003 Vol. 19 Issue 15 p. 9(1)
- Lawren, B., “Rediscovering Tesla”. Omni, March 1988, Vol. 10 Issue 6.
- Rybak, James P., “Nikola Tesla: Scientific Savant”. Popular Electronics, 1042170X, November 1999, Vol. 16, Issue 11.
- Thibault, Ghislain, “The Automatization of Nikola Tesla: Thinking Invention in the Late Nineteenth Century”. Configurations, Volume 21, Number 1, Winter 2013, pp. 27–52.
- Martin, Thomas Commerford, “The Inventions, Researches, and Writings of Nikola Tesla”, New York: The Electrical Engineer, 1894 (3rd Ed.); reprinted by Barnes & Noble, 1995
- Anil K. Rajvanshi, “Nikola Tesla – The Creator of Electric Age”, Resonance, March 2007.
- Roguin, Ariel, “Historical Note: Nikola Tesla: The man behind the magnetic field unit”. J. Magn. Reson. Imaging 2004;19:369–374. 2004 Wiley-Liss, Inc.
- Sellon, J. L., “The impact of Nikola Tesla on the cement industry”. Behrent Eng. Co., Wheat Ridge, Colorado. Cement Industry Technical Conference. 1997. XXXIX Conference Record., 1997 IEEE/PC. Page(s) 125–133.
- Valentinuzzi, M.E., “Nikola Tesla: why was he so much resisted and forgotten?” Inst. de Bioingenieria, Univ. Nacional de Tucuman; Engineering in Medicine and Biology Magazine, IEEE. July/August 1998, 17:4, pp. 74–75.
- Secor, H. Winfield, “Tesla’s views on Electricity and the War”, Electrical Experimenter, Volume 5, Number 4 August 1917.
- Florey, Glen, “Tesla and the Military”. Engineering 24, 5 December 2000.
- Corum, K. L., J. F. Corum, Nikola Tesla, Lightning Observations, and Stationary Waves. 1994.
- Corum, K. L., J. F. Corum, and A. H. Aidinejad, Atmospheric Fields, Tesla’s Receivers and Regenerative Detectors. 1994.
- Meyl, Konstantin, H. Weidner, E. Zentgraf, T. Senkel, T. Junker, and P. Winkels, Experiments to proof the evidence of scalar waves Tests with a Tesla reproduction. Institut für Gravitationsforschung (IGF), Am Heerbach 5, D-63857 Waldaschaff.
- Anderson, L. I., “John Stone Stone on Nikola Tesla’s Priority in Radio and Continuous Wave Radiofrequency Apparatus”. The AWA Review, Vol. 1, 1986, pp. 18–41.
- Anderson, L. I., “Priority in Invention of Radio, Tesla v. Marconi”. Antique Wireless Association monograph, March 1980.
- Marincic, A., and D. Budimir, “Tesla’s contribution to radiowave propagation”. Dept. of Electron. Eng., Belgrade Univ. (5th International Conference on Telecommunications in Modern Satellite, Cable and Broadcasting Service, 2001. TELSIKS 2001. pp. 327–331 vol.1)
VideoSee also: Nikola Tesla in popular culture
- Nikola Tesla – 1977 ten-episode TV series featuring Rade Šerbedžija as Tesla.
- Tajna Nikole Tesle (The Secret of Nikola Tesla)‘ – 1980 Documentary directed by Krsto Papić, featuring Petar Božović as Tesla and Orson Welles as J.P. Morgan
- Tesla: Master of Lightning – 2003 Documentary by Robert Uth, featuring Stacy Keach as the voice of Tesla.
- Tesla – a 2016 documentary film by David Grubin presented on the American Experience series.
- Tesla – a 2020 biographical film by Michael Almereyda presented at the 2020 Sundance Film Festival.
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- Nikola Tesla Museum
- Tesla memorial society by his grand-nephew William H. Terbo
- [https://web.archive.org/web/20141006164211/http://www.theeuropeanlibrary.org/tel4/newspapers/search?query=nikola%20tesla Tesla – References in European newspapers}}
- Online archive of many of Tesla’s writings, articles and published papers
- FBI. “Nikola Tesla” (PDF). Main Investigative File. FBI.
- Tesla Science Center at Wardenclyffe
- Works by Nikola Tesla at Project Gutenberg
- Works by or about Nikola Tesla at Internet Archive
- Works by Nikola Tesla at LibriVox (public domain audiobooks)
- U.S. patent 1,329,559
- Thomas H. White – Nikola Tesla: The Guy Who DIDN’T “Invent Radio”
- Debunking the Tesla Myth (opinion piece)
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