James Bryant Conant Quotes
Whoever gets this first will win the war.
Conant, a great scientist in his own right, had the confidence of the political, academic, and industrial establishment and was appointed to the Committee that was to set policy for the Manhattan Project representing President Roosevelt. Germany had been the world leader in Physics before the war. American leaders and scientists were certain that we were in a scientific race with the Germans. Even after Germany had been defeated, President Truman was told that we had beaten the Germans in the race for the bomb. Actually, although almost no one in the US government realized it then, the Germans had NO PROGRAM of nuclear weapons development at all. Hitler did not trust the Theoretical Physics and Theory of Relativity because Einstein and other Jewish scientists had been instrumental in its development. He derogatorily referred to it as “Jewish Science”. Germany bet its scientific efforts on the V2 Rockets and the Jet Airplane, both of which they were successful with but too late to have any material effect on the war. Ironically, even after most of the great German physicists were run out of Germany, there were still two of the greatest who may well have been capable of nuclear weapons development. But neither Werner Heisenberg or Otto Hahn were inclined to engage in that kind of research, and neither of them were even asked whether or not they thought it was possible. The anti-Semitic Nazis just assumed that it could not be. Truman and his associates did not find out for another year or more that there was no race. There was one OSS spy, Moe Berg, who had actually talked to Heisenberg in the midst of the war, and concluded that he not only was not working on an atomic bomb, but was not up on the latest pre-war critical research needed to develop a bomb. Hahn knew and had created the first chain reaction for which he later won the Nobel prize but he was a chemist and didn’t really understand the Physics and mathematics involved in making a weapon and was a confirmed pacifist. Ironically, his colleague, Lise Meitner who had done the physics and mathematics on that experiment was Jewish and had to flee Germany. In Denmark she gave the results to Niels Bohr, who shared them with Leo Slizard and Einstein when Bohr came to the United State and that initiated the famous letter that was sent to FDR which triggered the Manhattan Project. The German first nuclear reaction was used by the Americans because the politicians listened to the scientists, while in Germany, the politicians gave no credence to their scientists and their experiments in nuclear fission.
James Bryant Conant, 1893-1978, U. S. High Commissioner for Germany, President, Harvard University, Statement to the Scientists developing the atomic bomb on one of his periodic trips to Los Alamos
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While the President had total faith in American scientists, at the time the state of American physics was not world class in several key areas. Oppenheimer, was for example, the ONLY senior American theoretical physicist at the outbreak of the war, and he had been trained in Germany. What the President did not quite realize was how many of the key scientific positions on the Manhattan Project were foreign refugees who had fled the Nazis in Europe. Many American scientists and engineers did not want to go to Los Alamos where they could not leave for the duration of the war, had to give up their own personal research, and whose relatives who did not accompany them would never know where they were or what they were doing. But there were enough great American scientists who Oppenheimer recruited that combined with the Europeans formed the greatest and most effective concentration of scientific manpower working in history.
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.
During the presidential debates George W. Bush stated that he would be very hesitant to use the military for nation building around the world. Less than a year later, the Bush administration, faced with the September 11, 2001 terrorist attacks, launched a massive attack on the Taliban regime in Afghanistan. After fighting and winning the war, the military soon realized that they would in fact be involved in nation building. However, with the assistance of the United Nations much of the humanitarian burden was lifted from the U.S. military.
Serbian Prime Minister Slobodan Milosevic
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.
The $2 Billion was enormous at that time—the equivalent of $26 Billion in 2010 dollars. This was the first time that all but a handful of Americans knew of the huge sums that had been invested in the Manhattan Project. What made the quotation even more memorable is how President Truman, who himself had only learned about the Manhattan Project with the death of President Roosevelt, framed the event—as a contest between us and Germany as to who would build an atomic bomb first. Actually, although almost no one in the US government realized it then, the Germans had NO PROGRAM of nuclear weapons development at all. Hitler did not trust the Theoretical Physics and Theory of Relativity because Einstein and other Jewish scientists had been instrumental in its development. He derogatorily referred to it as “Jewish Science”. Germany bet its scientific efforts on the V2 Rockets and the Jet Airplane, both of which they were successful with but too late to have any material effect on the war. Ironically, even after most of the great German physicists were run out of Germany, there were still two of the greatest who may well have been capable of nuclear weapons development. But neither Werner Heisenberg or Otto Hahn were inclined to engage in that kind of research, and neither of them were even asked whether or not they thought it was possible. The anti-Semitic Nazis just assumed that it could not be. Truman and his associates did not find out for another year or more that there was no laboratory race. There was one OSS spy, Moe Berg, who had actually talked to Heisenberg in the midst of the war, and concluded that he not only was not working on an atomic bomb, but was not up on the latest pre-war critical research needed to develop a bomb. Hahn knew and had created the first chain reaction for which he later won the Nobel prize but he was a chemist and didn’t really understand the Physics and mathematics involved in making a weapon and was a confirmed pacifist. Ironically, his colleague, Lise Meitner who had done the physics and mathematics on that experiment was Jewish and had to flee Germany. In Denmark she gave the results to Niels Bohr, who shared then with Leo Slizard and Einstein when Bohr came to the United State and that initiated the famous letter that was sent to FDR which triggered the Manhattan Project. The German first nuclear reaction was used by the Americans because the politicians listened to the scientists, while in Germany, the politicians gave no credence to their scientists and their experiments in nuclear fission.
James Bryant Conant was an American chemist, a transformative President of Harvard University, and the first U.S. Ambassador to West Germany. Conant obtained a Ph.D. in Chemistry from Harvard in 1916. During World War I he served in the U.S. Army, working on the development of poison gases, especially Lewisite. He became an assistant professor of chemistry at Harvard in 1919 and the Sheldon Emery Professor of Organic Chemistry in 1929. He researched the physical structures of natural products, particularly chlorophyll, and he was one of the first to explore the sometimes complex relationship between chemical equilibrium and the reaction rate of chemical processes. He studied the biochemistry of oxyhemoglobin providing insight into the disease methemoglobinemia, helped to explain the structure of chlorophyll, and contributed important insights that underlie modern theories of acid-base chemistry.