Richard P. Feynman Quotes


The original reason to start the project, which was that the Germans were a danger, started me off on a process of action, which was to try to develop this first system at Princeton and then at Los Alamos, to try to make the bomb work.


Citations

Feynman, Richard P. The Pleasure of Finding Things Out: The Best Short Works of Richard P. Feynman. Perseus Books, 1999, p. 75.

Related Quotes

Morrison was then a graduate student of Oppenheimer. The quotation is important, not because it shows how quickly the “father of the atomic bomb” realized that a nuclear bomb could be made and how, but how relatively easy and rapid it was for a competent theoretical physicist could conceptually design a nuclear weapon if they first had knowledge of the Hahn / Strassmann Experiment and the Meitner / Frisch explanation of what had happened ({640924}). Note Leo Szilard’s letter at about the same time--{640925}.


There were some doubts the scientists developed after Germany had surrendered as Hitler had been their greatest fear. So they were briefed on the planned invasion of the Japanese mainland and the military medical preparations for treating and caring for ½ million serious wounded casualties. In addition, given the state of war, there was expected about the same number of American Military deaths. On top of that, there would be many more Japanese military casualties plus even more Japanese civilian deaths and wounded. The use of the Atom Bomb would save all those lives but have casualties of its own, but far fewer. At the time, surprising to most people now, the use of the atomic bomb was not an issue of controversy at all. There were no Congressman who questioned it, no newspapers which editorialized against the use of the bomb. There were not even any other counties which protested its use.


Germany had some world class physicists. Our scientists, military intelligence people, and political leadership assumed that the Germans were also seeking to develop the Atomic Bomb. Ironically, it turned out that they were not, and what Truman reported in this quotation was untrue (although that was not fully known at the time.) Einstein and several of the scientists who were early pioneers in modern physics were Jewish, and Hitler referred to the study of nuclear fission and fusion as “Jewish Science.” As a result, the German government did not commit the resources to the development of an atomic bomb. Instead, they were betting on the development of the Jet Airplane which they succeeded in deploying against the Allies at the end of the war. But they did not have enough or enough pilots left alive to fly them, and Germany was overrun by the Allied Troops. Prior to Truman’s erroneous report about the German development of an atomic bomb, there had only been one piece of evidence that the Germans were not developing one. An OSS secret agent, Moe Berg, had talked with Werner Heisenberg, at a Swiss scientific conference during the war. He was going to assassinate the greatest of the German physicists if Berg thought he was working on a nuclear device. Berg concluded from his discussions that Heisenberg did not know enough about nuclear fission to have been working on that. Berg did not kill Heisenberg, and reported that he did not think the Germans were developing a bomb as if they were Heisenberg would have been deeply involved. However, the American intelligence people and the American scientists, did not trust Berg’s analysis and conclusion. Berg was not a trained scientist. He was a professional baseball player—the NY Yankee backup catcher to Bill Dickey. He was a college graduate, a brilliant guy and a very fast learner who had studied physics books and papers before his assignment. Berg turned out to have been right, but that was not confirmed until a few years after the war. Truman had relied on an incorrect intelligence estimate when he made this quotation. It was not the first such error of intelligence analysis in American history and it would not be the last.


When the doubts began to be expressed, the scientists were briefed on the planned invasion of the Japanese mainland and the military medical preparations for treating and caring for ½ million serious wounded casualties. In addition, given the state of war, there was expected about the same number of American Military deaths. On top of that, there would be many more Japanese military casualties plus even more Japanese civilian deaths and wounded. The use of the Atom Bomb would save all those lives but have casualties of its own, but far fewer. At the time, surprising to most people now, the use of the atomic bomb was not an issue of controversy at all. There were no Congressman who questioned it, no newspapers which editorialized against the use of the bomb. There were not even any other counties which protested its use.


The Scientific Project that developed the Atomic Bomb. The focus of the scientists had been to beat the German’s who were terribly evil might develop a bomb first. After the defeat of some scientists began to have concerns about their purpose. Most were very distrustful of the army and believed little of what they were told, by the military at Los Alamos. However, in a remarkable our de force of leadership, Oppenheimer had the trust of virtually all of the staff. This memo and a briefing of the invasion plans of mainland Japan (see {629858} ) convinced the scientist to maintain their intense and punishing pace.


Richard P. Feynman
Richard P. Feynman
  • Born: May 11, 1918
  • Died: February 15, 1988
  • Nationality: American
  • Profession: Nobel Laureate, Physicist & Mathematician

Richard Phillips Feynman was an American theoretical physicist and Nobel Prize winner who made significant contributions to quantum mechanics, quantum electrodynamics, and particle physics. He's known for his work on the Manhattan Project, developing Feynman diagrams, and explaining the interactions between light and matter. While studying for his PhD, Feynman participated in the Manhattan Project and helped develop the atomic bomb. For contributions to the development of quantum electrodynamics, Feynman received the Nobel Prize in Physics in 1965 jointly with Julian Schwinger and Shin'ichirō Tomonaga.