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  1. He gave high-energy lectures, writing rapidly on chalkboards with both hands, twirling to make eye contact with his students. He entered physics in the 1930s by applying the new quantum mechanics to the study of atoms and radiation.

  2. John Archibald Wheeler (July 9, 1911 – April 13, 2008) was an American theoretical physicist. He was largely responsible for reviving interest in general relativity in the United States after World War II. Wheeler also worked with Niels Bohr to explain the basic principles of nuclear fission.

  3. Wheeler, emerging from H-bomb design work, embarked on quest to understand general relativity; curved spacetime. First step: “If you would learn, teach”. Wheeler led a “revolution”; major field of fundamental physics & tool for astrophysics.

  4. MIT Course 8.033, Fall 2006, Lecture 22 Max Tegmark TODAY’S TOPICS: • Astrophysical evidence for black holes • Special relativity review for final exam • Orbital equations in Schwarzschild metric

  5. In 1939, just weeks after Frisch and Meitner postulated nuclear fission, Wheeler, with Niels Bohr, used a liquid-drop model of the atomic nucleus to explain fission quantitatively and to compute which isotopes will undergo fission when bombarded by slow neutrons.

  6. Apr 14, 2008 · With his mentor Bohr's enduring principle of complementarity as a guide, Wheeler produced esoteric ideas that nonetheless questioned the bedrock of reality. Wheeler was entirely at home with such bizarre yet profound concepts that still tug at the heartstrings of physicist-philosophers.

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  8. Jun 20, 2008 · Wheeler was a Pied Piper among physicists: He identified deep issues, often beyond the frontiers of knowledge, and through his lectures, writings, and personal conversations, exhorted us to pursue them.

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