Richard Rhodes Quote

They had discovered the reason no elements beyond uranium exist naturally in the world: the two forces working against each other in the nucleus eventually cancel each other out. They pictured the uranium nucleus as a liquid drop gone wobbly with the looseness of its confinement and imagined it hit by even a barely energetic slow neutron. The neutron would add its energy to the whole. The nucleus would oscillate. In one of its many random modes of oscillation it might elongate. Since the strong force operates only over extremely short distances, the electric force repelling the two bulbs of an elongated drop would gain advantage. The two bulbs would push farther

Richard Rhodes

They had discovered the reason no elements beyond uranium exist naturally in the world: the two forces working against each other in the nucleus eventually cancel each other out. They pictured the uranium nucleus as a liquid drop gone wobbly with the looseness of its confinement and imagined it hit by even a barely energetic slow neutron. The neutron would add its energy to the whole. The nucleus would oscillate. In one of its many random modes of oscillation it might elongate. Since the strong force operates only over extremely short distances, the electric force repelling the two bulbs of an elongated drop would gain advantage. The two bulbs would push farther

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About Richard Rhodes

Richard Lee Rhodes (born July 4, 1937) is an American historian, journalist, and author of both fiction and nonfiction, including the Pulitzer Prize-winning The Making of the Atomic Bomb (1986), and most recently, Energy: A Human History (2018).
Rhodes has been awarded grants from the Ford Foundation, the Guggenheim Foundation, the MacArthur Foundation, and the Alfred P. Sloan Foundation among others. Rhodes is an affiliate of the Center for International Security and Cooperation at Stanford University. He also frequently gives lectures and talks on a broad range of subjects, including testimony to the U.S. Senate on nuclear energy.