PODCAST
Frank Wilczek
by Academy of Achievement
David Gross and Frank Wilczek were awarded the Nobel Prize in Physics for solving the last great remaining problem in the "Standard Model" of quantum mechanics. By discovering how the nucleus of the atom actually works, they have brought us one giant step closer to the Holy Grail of physics, the long-sought "unified theory" that would explain the relation of all known forces in the universe. For years, the Standard Model could not explain the action of the "strong force" that binds the particles in the nucleus of an atom. Whenever logical calculations of this force predicted a positive number, experiment always produced a negative one. It was Gross, then a Professor at Princeton University, and his graduate student, Wilczek, who explained this apparent contradiction. Unlike gravity and electromagnetism, which decrease with distance, the strong force tightens its grip as particles are pulled apart, and relaxes as they move together, like a rubber band. Gross and Wilczek's theory of the
Episodes
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Frank Wilczek
David Gross and Frank Wilczek were awarded the Nobel Prize in Physics for solving the last great remaining problem in the "Standard Model" of quantum mechanics. By discovering how the nucleus of the atom actually works, they have brought us one giant step closer to the Holy Grail of physics, the...
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ABOUT THIS SHOW
David Gross and Frank Wilczek were awarded the Nobel Prize in Physics for solving the last great remaining problem in the "Standard Model" of quantum mechanics. By discovering how the nucleus of the atom actually works, they have brought us one giant step closer to the Holy Grail of physics, the long-sought "unified theory" that would explain the relation of all known forces in the universe. For years, the Standard Model could not explain the action of the "strong force" that binds the particles in the nucleus of an atom. Whenever logical calculations of this force predicted a positive number, experiment always produced a negative one. It was Gross, then a Professor at Princeton University, and his graduate student, Wilczek, who explained this apparent contradiction. Unlike gravity and electromagnetism, which decrease with distance, the strong force tightens its grip as particles are pulled apart, and relaxes as they move together, like a rubber band. Gross and Wilczek's theory of the
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Academy of Achievement
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