Exposure to radioactivity, as a vague, unproven danger to generations yet unborn, must be weighed against the more immediate and infinitely greater d… - Lewis Strauss
" "Exposure to radioactivity, as a vague, unproven danger to generations yet unborn, must be weighed against the more immediate and infinitely greater dangers of defeat and perhaps of obliteration at the hands of an enemy who possesses nuclear weapons of mass destruction and who might have no compunction about using such weapons if he thought we were too weak to defend ourselves and retaliate in kind.
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About Lewis Strauss
Lewis Lichtenstein Strauss (January 31, 1896 - January 21, 1974) was an American government official, businessman, philanthropist, and naval officer. He was one of the original members of the United States Atomic Energy Commission (AEC) in 1946, and he served as the commission's chair in the 1950s. Strauss was a major figure in the development of nuclear weapons after World War II, nuclear energy policy, and nuclear power in the United States. During World War II, Strauss served as an officer in the U.S. Navy Reserve and rose to the rank of rear admiral due to his work in the Bureau of Ordnance in managing and rewarding plants engaged in production of munitions. Strauss was the driving force behind the controversial hearings, held in April and May 1954 before an AEC Personnel Security Board, in which physicist J. Robert Oppenheimer's security clearance was revoked. As a result, Strauss has often been regarded as a villain in American history. President Dwight D. Eisenhower's nomination of Strauss to become U.S. secretary of commerce resulted in a prolonged, public political battle in 1959 where Strauss was not confirmed by the U.S. Senate.
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Lewis Lichtenstein Strauss
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Lewis L. Strauss
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Additional quotes by Lewis Strauss
Despite all efforts to the contrary, there is still confusion in the minds of many people as to the differing and even contradictory meanings of the words "nuclear energy". I am sure that all of you have encountered, in your civil defense work, a rather widespread misunderstanding of the significance of such words as "fallout" and "radioactivity." There is a disposition among some persons to think of what might happen in event of a nuclear attack upon us in terms of what does happen when we test nuclear weapons under strictly controlled conditions affording maximum safety. There also is lack of understanding as to the true meaning of such phrases as "permissible dose levels" as applied to peacetime activities in the field of atomic energy. There is a tendency to regard these peacetime safety standards as being the limits for survival in event of actual attack. Sensational and oftentimes irresponsible articles have no doubt contributed to this confusion.
Even "security", that word so fretful to science and to the free exchange of ideas, is no modern innovation. Witness Bacon's elaborate encrypting of his work, Newton's allegedly purposeful distortion of a formula, Da Vinci who kept his long undeciphered notebooks in mirror-writing, and other examples that might be cited where the aim was apparently to prevent harm from ensuing as a result of the unexpert use of knowledge or wrong intent. The Sorcerer's Apprentice, that favorite fable of the laboratory assistant who learns the spell to make the mop carry water but who does not know how to stop the operation once it has begun, suggests the cataclysmic consequence where the sorcerer had not been sufficiently "security-minded" with, his formula. That might be a very, old piece of science-writing.
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No matter how voluminous and complete our semi-annual reports may be, we know that the general public does not see them and could not be expected to do so. If they were written for popular consumption, they would be unusable as formal documents. On the other hand, our interim releases to the effect that we have awarded such and such research contracts, released such and such patents, or let a contract for a plant at so and so, -- are, at best, of very local and topical concern. About the best way that the unspecialized public gets any insight into our work is through what you publish and the use made of it by the media of radio and television.
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