Edward Teller
Ede Teller was born on the 15th of January 1908, in Budapest, then part of Austria-Hungary. He grew up in a Jewish family where his father Miksa worked as an attorney and his mother Ilona played the piano. The young boy became interested in numbers early and calculated large figures in his head for fun. He attended the Minta Gymnasium in Budapest but left Hungary in 1926 due to discriminatory rules under Miklós Horthy's regime.
His path changed dramatically during a student year at the University of Munich in 1928. While still studying physics under Arnold Sommerfeld, he fell under a streetcar and nearly severed his right foot. For the rest of his life, he walked with a limp and occasionally wore a prosthetic foot. The painkillers he took interfered with his thinking so he stopped using them. Instead he used willpower and even convinced himself that he had taken medicine rather than water when dealing with the pain.
Werner Heisenberg later noted that it was the hardiness of Teller's spirit that allowed him to cope with the accident. This physical trauma shaped a lifelong resilience that would define his approach to scientific challenges. He transferred to the University of Leipzig in 1929 and received his PhD in physics under Heisenberg in 1930.
In 1942 Edward Teller joined Robert Oppenheimer's summer planning seminar at the University of California Berkeley regarding nuclear weapons development. A few weeks earlier Enrico Fermi had casually suggested that an atomic bomb could trigger a larger fusion reaction. Teller became fascinated by this possibility and quickly grew bored with developing just an atomic bomb.
He diverted discussions from fission weapons to what he called the Super, an early conception of the hydrogen bomb. In Los Alamos he annoyed neighbors by playing piano late at night while working on theoretical approaches. He investigated unusual methods like autocatalysis but found them impractical. His work on uranium hydride also proved inefficient for weaponization.
By March 1944 Oppenheimer moved Teller out of the main theoretical division to lead a special group responsible for the Super project. This new group included Stanislaw Ulam and Maria Goeppert-Mayer among others. Despite his efforts the classical Super design remained uncertain and technically unworkable during World War II. Teller watched the Trinity test in July 1945 with eye protection rather than following orders to lie down.
After World War II ended Teller returned to Los Alamos in 1950 to work on thermonuclear projects. Soviet scientists claimed they developed their own hydrogen bomb independently while American designs remained unworkable. Calculations by Polish mathematician Stanislaw Ulam showed that energy loss would prevent fusion reactions from propagating even with added tritium.
In 1951 Teller and Ulam made a breakthrough with a new design proposed in a classified March paper. They separated fission and fusion components physically and used X-rays from the primary device to compress fusion fuel before ignition. This process became known as radiation implosion though the exact contributions of each man remain disputed.
The first fully-fledged thermonuclear weapon detonated on the 1st of November 1952 during the Ivy Mike test. The explosion yielded 10.4 megatons and appeared to vindicate Teller's long advocacy for hydrogen bombs. He did not attend the Pacific Proving Grounds test but viewed results on a seismograph at Berkeley. Press reports later attributed the entire weapon's development to him despite his actual partial role.
Teller became controversial in 1954 when he testified against J. Robert Oppenheimer during a security clearance hearing. He was the only member of the scientific community to state that Oppenheimer should not be granted security clearance. Asked whether he planned to suggest disloyalty he replied that he believed Oppenheimer was a security risk.
He detailed ways in which Oppenheimer had hindered active thermonuclear development programs while praising his quick mind and excellent directorship. By recasting differences over early work into matters of security risk he effectively damned Oppenheimer in a field where security mattered most. His testimony rendered Oppenheimer vulnerable to charges of being a Soviet spy and destroyed his career.
Most former colleagues disapproved of his testimony and ostracized him from much of the scientific community. Six days before the hearing he met with an Atomic Energy Commission liaison officer and suggested deepening the charges. Historian Richard Rhodes noted it was already foregone conclusion that Oppenheimer would lose clearance regardless of Teller's testimony but Teller took the blame for the ruling.
Edward Teller advocated investigating non-military uses of nuclear explosives under Operation Plowshare. One controversial project involved using multi-megaton hydrogen bombs to dig a deep-water harbor more than a mile long through Point Hope Alaska. The Atomic Energy Commission accepted this proposal designated Project Chariot in 1958.
Local government leaders could not be convinced that the plan was financially viable despite public advocacy by Teller. Scientists criticized the project as potentially unsafe for local wildlife and Inupiat people who were not officially told until March 1960. The harbor would remain ice-bound nine months out of each year leading to abandonment in 1962 due to financial infeasibility and radiation concerns.
He also proposed using nuclear bombs to prevent damage from powerful hurricanes. He argued that well-placed explosions could trigger several small storms rather than waiting for nature to build one large destructive hurricane. A related experiment titled Project Oilsands aimed to extract oil from tar sands in northern Alberta with nuclear blasts before being rejected by Canadian Prime Minister John Diefenbaker.
In the 1980s Edward Teller began a strong campaign for what became known as the Strategic Defense Initiative or SDI. He lobbied government agencies and gained approval from President Ronald Reagan for developing systems using elaborate satellites. These satellites used atomic weapons to fire X-ray lasers at incoming Soviet missiles.
Scandal erupted when critics accused him and associate Lowell Wood of deliberately overselling the program. They claimed he encouraged dismissal of laboratory director Roy Woodruff who attempted to correct errors. His claims led to jokes circulating in scientific communities about new units called tellers measuring unfounded optimism.
Many prominent scientists argued the system was futile because enemies could disable it with suitable decoys costing only fractions of the program budget. Hans Bethe along with Richard Garwin and Kurt Gottfried wrote an article concluding any putative enemy could neutralize such defenses. In 1987 Teller published Better a Shield Than a Sword supporting civil defense and active protection systems.
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Common questions
When and where was Edward Teller born?
Ede Teller was born on the 15th of January 1908, in Budapest, then part of Austria-Hungary. He grew up in a Jewish family where his father Miksa worked as an attorney and his mother Ilona played the piano.
How did Edward Teller lose his right foot?
While studying physics at the University of Munich in 1928, he fell under a streetcar and nearly severed his right foot. For the rest of his life, he walked with a limp and occasionally wore a prosthetic foot due to this accident.
What design breakthrough did Edward Teller achieve in 1951?
In March 1951, Edward Teller and Stanislaw Ulam proposed a new design that separated fission and fusion components physically. They used X-rays from the primary device to compress fusion fuel before ignition, a process known as radiation implosion.
Why did Edward Teller testify against J. Robert Oppenheimer in 1954?
Edward Teller testified during a security clearance hearing because he believed Oppenheimer posed a security risk. His testimony stated that Oppenheimer should not be granted security clearance, which effectively destroyed Oppenheimer's career.
What was Project Chariot involving Edward Teller?
Project Chariot involved using multi-megaton hydrogen bombs to dig a deep-water harbor more than a mile long through Point Hope Alaska. The Atomic Energy Commission accepted this proposal in 1958, but it was abandoned in 1962 due to financial infeasibility and radiation concerns.