Wheeler, John

Wheeler, John Archibald. A Journey into Gravity and Spacetime. Scientific American Library, New York. 1990. 

Wheeler, John A. 1962. Fission then and now. IAEA Bulletin. Dec. 2. 

Watson James Dewey, 345 Watts Robert O., 362 Weeks John D., 867 Wegener Alfred Lothar, 269 Weidmann Jean-Luc, 978 Weinberg Steven, 571 Weinfurter Harald, 3, 15 Weinhold Frank, 150 Weinreich Gabriel, 722,755 Werner Hans-Joachim, 659 Weyl Hermann, 77, 80 Wheeler John Archibald, 8, 46, 723... 

Wainwright Thomas Everett 278 Walker P. Duane 571 Walmsley Stuart H. 459 Walsh Stephen P. 792 Walter John 776,789,845 Wang Yan Alexander 601,602 Watson James 878 Watson James Dewey 285 Watts Robert O. 302 Weeks John D. 748 Wegener Alfred Lothar 228 Weidmann Jean-Luc 856 Weinberg Steven 493 Weinfurter Harald 3,14, 47 Weinhold Frank 135 Weinreich Gabriel 617, 647 Werner Hans-Joachim 564 Weyl Hermaim 70, 72, 986 Wheeler John Archibald 8, 53, 105, 106, 430, 619... 

Build physics, with its false face of continuity, on bits of information - John A. Wheeler... 

Values obtained directly or by interpolation from Keenan Keyes—"Thermodynamic Properties of Steam, John Wiley Sons, 1930 by permission and Courtesy C. H. Wheeler Co., Philadelphia, Pa. 

Lower dimensional worlds (such as 1-D and 2-D worlds) may not be able to have gravitational forces, as discussed in Gravitation by John Wheeler and colleagues and in a paper by Stanley Deser. 

Not only may hyperspace play a role on the galactic and universal size scale, but it may help characterize the ultrasmall. Physicist John A. Wheeler has suggested that empty space may be filled with countless tiny wormholes connecting different parts of space, like little tubes that run outside of space and back in again at some distant point. Wheeler describes these wormholes as running through superspace, which seems similar to what science fiction has called hyperspace for over a half-century. 

John Wheeler-Bennett, John Anderson, Viscount Waverley (London and New York Macmillan, 1962), pp. 258-71, 275, 315-16 Alec Caimcross and Nita Watts, The Economic Seaion 1939-1961 A Study in Economic Advising (London Routledge, 1989), pp. 28-69 D.N. Chester, The central machinery for economic policy , in D.N. Chester (ed.). Lessons of the British War Economy (Cambridge University Press, 1951), pp. 5-33 Thomas Wilson, Churchill and the /Vo/(London Cassell, 1995). 

John Baylis, Ambiguity and Deterrence British Nuclear Strategy 1945-1964 (Oxford Clarendon Press, 1995), pp. 153-60 Ian Clark and N. J. Wheeler, The British Origins of Nuclear Strategy, 1945-1955 (Oxford Clarendon Press, 1989), pp. 174, 178-82. Baylis, Ambiguity and Deterrence, p. 165. 

Sir John Wheeler-Bennett, Special Relationships America in Peace and War (New York St. Martin, 1976), pp. 34-35 see also Koskoff, Joseph P. Kennedy, pp. 403-4. 

The possibility of a chain reaction obsessed nuclear physicists. Why had not the chain reaction of uranium fission actually occurred Niels Bohr and a former student, John A. Wheeler of Princeton University, puzzled over this question. 

Bohr was met on the pier in New York City on January 16 by Enrico Eermi, his wife Laura, and Princeton physicist John Wheeler. Bohr spent the day in New York with the Eermis while Wheeler and Rosenfeld went on ahead to Princeton. Bohr had said nothing to Eermi about the fission discovery. He wanted Otto Robert Erisch and Lise Meimer, who proposed the fission... 

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