description: American theoretical physicist (1918–1988)
323 results
by James Gleick · 1 Jan 1992 · 795pp · 215,529 words
my mother and father, Beth and Donen I was born not knowing and have only had a little time to change that here and there. —Richard Feynman CONTENTS PROLOGUE FAR ROCKAWAY •Neither Country nor City •A Birth and a Death •It’s Worth It •At School •All Things Are Made of Atoms
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. Robert Oppenheimer made speeches about his shadowed soul, and other physicists began to feel his uneasiness at having handed humanity the power of self-destruction. Richard Feynman, younger and not so responsible, suffered a more private grief. He felt he possessed knowledge that set him alone and apart. It gnawed at him
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emulated and it must be terribly frustrating for a brilliant young mind to cope with the mysterious ways in which the magician’s mind works. Richard Feynman is a magician of the highest caliber. Feynman resented the polished myths of most scientific history, submerging the false steps and halting uncertainties under a
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two groups, those who had played with chemistry sets and those who had played with radios. Chemistry sets had their appeal, but a boy like Richard Feynman, loving diagrams and maps, could see that the radio was its own map, a diagram of itself. Its parts expressed their function, once he learned
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children and scientists. None of which could fully account for the presence of laboratory, rheostat, and lab assistant—tokens of a certain vivid cultural stereotype. Richard Feynman was relentless in filling his bedroom with the trappings and systems of organized science. Neither Country nor City Charmed lives were led by the children
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, for the sacrifices of his parents a child owes no debt—or rather the debt is paid to his own children in turn. The adult Richard Feynman became an adept teller of stories about himself, and through these stories came a picture of his father as a man transmitting a set of
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visible to the naked eye. If we do think about the atoms in us and around us, the persistence of solid stone remains a mystery. Richard Feynman asked a high-school teacher (and never heard a satisfactory reply), “How do sharp things stay sharp all this time if the atoms are always
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this difficulty, and Schwinger handled it in the prescribed manner: he simply discarded the offending term and moved on to equation 21. Julian Schwinger and Richard Feynman, exact contemporaries, obsessed as sixteen-year-olds with the abstract mental world of a scientist, had already set out on different paths. Schwinger studying the
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different from Dirac’s more detached, more aesthetic tone. “You Americans!” he said. “Always trying to find a use for something.” The Aura This was Richard Feynman nearing the crest of his powers. At twenty-three he was a few years shy of the time when his vision would sweep hawklike across
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, having received his degree and his new status, he wrote back to his mother, proudly updating his letterhead by penning “Ph.D.” after the printed “Richard Feynman.” He tried to respond reasonably to each argument. Neither Smyth nor the university physician were concerned about any danger to his health, he said. If
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. At first, though, ground zero stood for nothing but what it was, a mirrored surface, mildly radioactive, where earlier had stood a tower of steel. Richard Feynman, still not much more than a boy, wrote, “It is a wonderful sight from the air to see the green area with the crater at
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licenses. Not all the procedures devised in the name of security helped allay the suspicions of the local population. Any local policeman who pulled over Richard Feynman on the road north of Santa Fe would see the driver’s license of a nameless Engineer identified only as Number 185, residing at Special
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those charged with setting the agenda. Other participants were Oppenheimer, Bethe, Wheeler, Rabi, Teller, and several representatives of the younger generation, including Julian Schwinger and Richard Feynman. So two dozen suit-jacketed physicists met on a Sunday afternoon on the East Side of New York and motored across Long Island in a
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arrival—the wild country in this case being the stretch of exurban New York lying between Ithaca and Rochester. He traveled with a theoretician called Richard Feynman: “the first example I have met of that rare species, the native American scientist.” He has developed a private version of the quantum theory … ; in
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Dr. Feynman.” On one occasion the bureau discovered a “contact by Oppenheimer with one ‘FINEMAN’ (phonetic)” and surmised “that this ‘FINEMAN’ is in fact subject RICHARD FEYNMAN.” Officials discussed the possibility of turning him into a confidential informant against Oppenheimer. They authorized a discreet approach and then placed Feynman on the “no
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theory with Murray Gell-Mann at the California Institute of Technology in the 1950s, before standard texts have become available, discovers unpublished lecture notes by Richard Feynman, circulating samizdat style. He asks Gell-Mann about them. Gell-Mann says no, Dick’s methods are not the same as the methods used here
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first American woman in space; Neil Armstrong, the first man on the moon; Chuck Yeager, a famous former test pilot; and, a last-minute choice, Richard Feynman, a professor who brought to the next day’s newspaper accounts the tag “Nobel Prize winner.” Armstrong said on the day of his appointment that
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IT DONE BY A SPECIALIST: Henry Barenblatt to Arline Feynman, 19 April 1945 and 23 April 1945, PERS. 195 A DOCTOR AT LOS ALAMOS TOLD RICHARD: Feynman to Arline Feynman, 3 May 1945. 195 THE SAME DOCTOR: Ibid. 195 PS. 59-TO-BE: Feynman to Arline Feynman, 15 May 1945. 195 HE
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, 800–801. 378 THE WESTERN UNION “TELEFAX": Erik Rundberg to Feynman, 21 October 1965, PERS. 378 THE FIRST CALL HAD COME: F-W, 801; “Dr. Richard Feynman Nobel Laureate!” California Tech, 22 October 1965, 1. 378 WILL YOU PLEASE TELL US: F-W, 804. 378 WHAT APPLICATIONS DOES THIS PAPER: “Dr
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. Richard Feynman Nobel Laureate!” 378 LISTEN, BUDDY, IF I COULD TELL YOU: F-W, 804. 378 JULIAN SCHWINGER CALLED: Schwinger, interview. 378 I THOUGHT YOU WOULD BE
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HAPPY: Feynman to Lucille Feynman, n.d., PERS. 379 [FEYNMAN:] CONGRATULATIONS: “Dr. Richard Feynman Nobel Laureate!” 379 THERE WERE CABLES FROM SHIPBOARD: F-W, 806. 379 HE PRACTICED JUMPING BACKWARD: Ibid., 808–9. 380 FEYNMAN REALIZED THAT HE HAD
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. Chase, W. Parker. 1932. New York: The Wonder City. Facsimile edition. New York: New York Bound, 1983. Chown, Marcus. 1989. “The Heart and Soul of Richard Feynman.” New Scientist, 25 February, 65. Churchland, Paul M, and Hooker, Clifford A. Images of Science. Chicago: University of Chicago Press. Clark, Ronald W. 1971. Einstein
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18:149. Fox, David. 1952. “The Tiniest Time Traveler.” Astounding Science Fiction (magazine). Francis, Patricia. 1989. “Science as a Way of Seeing: The Case of Richard Feynman.” Manuscript, University of Maryland. Franklin, Allan. 1979. “The Discovery and Nondiscovery of Parity Nonconservation.” Studies in History and Philosophy of Science 10:201. ——. 1990. Experiment
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Genius. London: Strahan. Gieryn, Thomas F., and Figert, Anne E. 1990. “Ingredients for a Theory of Science in Society: O-Rings, Ice Water, C-Clamp, Richard Feynman and the New York Times.” In Theories of Science and Society. Edited by Susan E. Cozzens and Thomas F. Gieryn. Bloomington, Ind.: Indiana University Press
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. Hiley, B. J., and Peat, F. David. 1987. Quantum Implications: Essays in Honour of David Bohm. London: Routledge and Kegan Paul. Hillis, W. Daniel. 1989. “Richard Feynman and the Connection Machine.” Physics Today, February, 78. Hofstadter, Douglas R. 1979. Gödel, Escher, Bach. New York: Basic Books. ——. 1985. Metamagical Themas. New York: Basic
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. The Enigma of Time. Bristol: Adam Hilger. Laurence, William L. 1959. Men and Atoms. New York: Simon and Schuster. Leighton, Ralph. 1991. Tuva or Bust! Richard Feynman’s Last Journey. New York: Norton. Lentricchia, Frank. 1980. After the New Criticism. Chicago: University of Chicago. Leplin, J., ed. 1984. Scientific Realism. Berkeley: University
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. 1971. “Jewish Academics in the United States.” American Jewish Yearbook, 89. Lombroso, Cesare. 1891. The Man of Genius. London: Walter Scott. Lopes, J. Leite. 1988. “Richard Feynman in Brazil: Recollections.” Manuscript. Lopes, J. Leite, and Feynman, Richard. 1952. “On the Pseudoscalar Meson Theory of the Deuteron.” Symposium on New Research Techniques in
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of Mechanics: A Critical and Historical Account of Its Development. Translated by Thomas J. McCormack. Lasalle, Ill.: Open Court. Maddox, John. 1988. “The Death of Richard Feynman.” Nature 331:653. Mann, Thomas. 1927. The Magic Mountain. Translated by H. T. Lowe-Porter. New York: Modern Library. Marshak, Robert E. 1970. “The Rochester
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Scientific Thought. Philadelphia: American Philosophical Society. Mehra, Jagdish, ed. 1973. The Physicist’s Conception of Nature. Dordrecht: Reidel. Mehra, Jagdish. 1988. “My Last Encounter with Richard Feynman.” Talk at Department of Physics, Cornell University, 24 February. Melsen, Andrew G. van. 1952. From Atomos to Atom: The History of the Concept “Atom.” Translated
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J. 1961. Mathematical Machines. New York: Columbia University Press. Nash, Stephen G., ed. 1990. A History of Scientific Computing. New York: ACM. New Yorker. 1988. “Richard Feynman.” 14 March, 30. Nisbet, Robert. 1980. History of the Idea of Progress. New York: Basic Books. Noyes, H. P.; Hafner, E. M.; Yekutieli, C; and
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. Grateful acknowledgment is made to the following for permission to reprint previously published material: British Broadcasting Corporation: Excerpt from” Fun to Imagine,” an interview between Richard Feynman and Christopher Sykes as broadcast by the British Broadcasting Corporation in 1983. Used by permission. David Higham Associates: Four lines from “Tattered Serenade,” from Collected
by Barbara Tversky · 20 May 2019 · 426pp · 117,027 words
our own behavior. And we use it to imagine worlds that have never been. Just as meanings can be wordless, so can thinking, an insight Richard Feynman came to as a child: When I was a kid growing up in Far Rockaway, I had a friend named Bernie Walker. We both had
by Stephen Hawking and Leonard Mlodinow · 14 Jun 2010 · 124pp · 40,697 words
is typical of the type of phenomena that cannot be encompassed by classical science but are described by what is called quantum physics. In fact, Richard Feynman wrote that the double-slit experiment like the one we described above “contains all the mystery of quantum mechanics.” The principles of quantum physics were
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physics agrees with observation. It has never failed a test, and it has been tested more than any other theory in science. In the 1940s Richard Feynman had a startling insight regarding the difference between the quantum and Newtonian worlds. Feynman was intrigued by the question of how the interference pattern in
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version was created was electromagnetism. The quantum theory of the electromagnetic field, called quantum electrodynamics, or QED for short, was developed in the 1940s by Richard Feynman and others, and has become a model for all quantum field theories. As we’ve said, according to classical theories, forces are transmitted by fields
by Mark Spitznagel · 9 Aug 2021 · 231pp · 64,734 words
such practical objectives by gratuitous mathematical formulas. Modern quantitative finance suffers from a certain science or physics envy. After all, according to the American physicist Richard Feynman, “Physics is like sex: sure, it may give some practical results, but that's not why we do it.” Well, practical results are precisely why
by Leonard Mlodinow · 8 Sep 2020 · 209pp · 68,587 words
the universe were unrealistic. That kept them occupied, but nobody paid much attention to their papers. The low quality of the work prompted Caltech physicist Richard Feynman to write his wife from a 1962 conference on gravity in Warsaw, “Because there are no experiments this field is not an active one…there
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Time, “I was afraid that if Bekenstein found out about it, he would use it as a further argument to support his ideas.” But as Richard Feynman used to say, physicists don’t tell nature how things behave, nature shows physicists. So Stephen eventually accepted that Bekenstein was correct: black holes have
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quantum theories and for the most part ignored general relativity. They were the two most influential theoretical physicists of their era, Murray Gell-Mann and Richard Feynman. A decade after Stephen’s Fairchild year, I arrived at Caltech and had the office next to Murray, and down the hall from Feynman. Gell
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, he would have come in at just number three among the physicists on the fourth floor of the Lauritsen Laboratory—behind Murray Gell-Mann and Richard Feynman. Still, Stephen was happy to have become a spokesperson for his field. What was more important was that probably more than any other physicist alive
by Frank Close · 29 Nov 2011 · 449pp · 123,459 words
Wolfgang Pauli collaborated with Carl Jung, the psychologist, in a fruitless attempt to find deep significance in its value.26 The Point of Infinity 27 Richard Feynman himself described it as “one of the greatest damn mysteries of physics: a magic number that comes to us with no understanding by man,” adding
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youngest members of the audience at Shelter Island: Still under thirty, and already veterans of the scientific war just ended, they were Julian Schwinger and Richard Feynman. Only later would it become known that in Japan, completely independently, Sin-Itiro Tomonaga had already solved the puzzle. schwinger and feynman Julian Schwinger and
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Richard Feynman were exact contemporaries. Born in 1918, in New York City, both were brilliant theorists, but there the comparisons end. Schwinger, from Upper Manhattan, was a
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who would almost single-handedly redefine the frontiers of particle physics. However, that would come later, as we shall see. Meanwhile, unaware of these developments, Richard Feynman had been traveling in Brazil that summer and also had realized that V – A offered a mathematically tantalizing, though apparently empirically useless, possibility. On his
by Chris Bernhardt · 19 Mar 2019 · 211pp · 57,618 words
of balls colliding with one another and off various walls. It conjures up images of particles interacting. This is one of the ideas that inspired Richard Feynman to become interested in the idea of quantum computing. Feynman wrote some of the earliest papers on the subject. Chapter 7. This chapter begins the
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. But after this we look at some ideas that are usually not part of the standard introduction. In the 1970s, the Nobel Prize–winning physicist Richard Feynman became interested in computing and, for a few years in the early 1980s, he gave a course on computation at the California Institute of Technology
by John Gribbin · 29 Nov 2009 · 185pp · 55,639 words
detected at point B we cannot know exactly how it got from A to B, unless it is watched all the way along its path. Richard Feynman, a Nobel Prize-winning physicist from the California Institute of Technology, applied this quantum-mechanical view to the history of particles as presented in the
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constant, h, is measured in. Figure 1.5 Classical (that is Newtonian) physics says that a particle follows a definite trajectory from A to B. Richard Feynman's quantum mechanical ‘sum over histories’ approach says that we must calculate the contribution of every possible path and add them together. Also known as
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Bevatron, before he decided to concentrate on theory and began to investigate physicists’ understanding of the nature of the material world, under the guidance of Richard Feynman. As a newcomer to the field, he perhaps lacked some of the caution, or tact, of his elders, and when he realized that the eightfold
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appointed at the august institution. Schwinger made major contributions to the development of QED, and in 1965 he shared the Nobel Prize in Physics with Richard Feynman and Shin'ichiro Tomonaga, of Tokyo University, for this work. 3 So Schwinger had the ideal background to pick up the Yang-Mills idea and
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himself, by a roundabout route, a set of gauge equations equivalent to the Yang-Mills model of fields, and although confused by a discussion with Richard Feynman in 1966, in which Feynman advocated a different approach to the problems of particle physics, he eventually decided to follow up a suggestion made by
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cosmology. Gribbin, J., Q is for Quantum, Weidenfeld, London, 1998. A–Z guide to the world of particles and fields. Gribbin, J. and Gribbin, M., Richard Feynman: A Life in Science, Penguin, London and Plume, New York, 1997. A life which touched on just about every aspect of physics from 1940 to
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And, indeed, shadow sleptons, shadow squarks and shadow bosinos; SUSY itself would be duplicated in the shadow world. 12 This was first spelled out by Richard Feynman in the 1960s, in a series of lectures he gave for graduate students at Caltech; his lectures on gravity were only published in the mid
by Emanuel Derman · 13 Oct 2011 · 240pp · 60,660 words
PhD thesis to test the Weinberg-Salam Model in the early 1970s, I carried out each calculation using Feynman diagrams, the cartoonlike representations invented by Richard Feynman in the late 1940s to systematize and enumerate the ways particles interact during collisions. Using a formal set of rules that Feynman developed with his
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of the laws of electrodynamics. The American Civil War will pale into provincial insignificance in comparison with this important scientific event of the same decade. —Richard Feynman, Lectures on Physics The historic achievement of James Clerk Maxwell, a Scottish mathematician and theoretical physicist with a very practical streak, was the unification of
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satisfactorily cleaned up years later by Augustin-Louis Cauchy and his contemporaries. In the late 1940s, reconnoitering around the technical difficulties of the Dirac sea, Richard Feynman, Julian Schwinger, and Shin’ichiro Tomonaga found an ingenious way to suppress the technical infinities of quantum electrodynamics by means of a judicious combination of
by Richard P. Feynman and Jeffrey Robbins · 1 Jan 1999 · 261pp · 86,261 words
to write a living line, must sweat, . . . For a good poet’s made, as well as born.” What have Jonson and Shakespeare to do with Richard Feynman? Simply this. I can say as Jonson said, “I did love this man this side idolatry as much as any.” Fate gave me the tremendous
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breathless by the lecture (even Einstein would have been impressed, I think). For the first time in my life I felt a smidgen of what Richard Feynman called “the kick in the discovery,” the sudden feeling (probably akin to an epiphany, albeit in this case a vicarious one) that I had grasped
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theory of nuclear reactions, especially for his discoveries concerning the energy production in stars. Ed. †In 1965, the Nobel Prize for Physics was shared by Richard Feynman, Julian Schwinger, and Sin–Itiro Tomonaga for their fundamental work in quantum electrodynamics, and its deep consequences for the physics of elementary particles. Ed. 2
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one scientist, to investigate the cause of the accident and to recommend steps to prevent such a disaster from ever happening again. The fact that Richard Feynman was that one scientist may have made the difference between answering the question of why the Challenger failed and eternal mystery. Feynman was gutsier than
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, and those pesky infinities that gum up so many equations. “I think the theory is simply a way to sweep the difficulties under the rug,” Richard Feynman said. “I am, of course, not sure of that.” It sounds like the kind of criticism, ritually tempered, that comes from the audience after a
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js, slightly violet-bluish ns, and dark brown xs flying around. And I wonder what the hell it must look like to the students. 12 RICHARD FEYNMAN BUILDS A UNIVERSE In a previously unpublished interview made under the auspices of the American Association for the Advancement of Science, Feynman reminisces about his
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salesman for a uniform company in New York City. On May 11, 1918, he welcomed the birth of his son Richard. Forty-seven years later, Richard Feynman received the Nobel Prize for Physics. In many ways, Mel Feynman had a lot to do with that accomplishment, as
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Richard Feynman relates. FEYNMAN: Well, before I was born, he [my father] said to my mother that “this boy is going to be a scientist.” You can’
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the world and the way to look at it which I found was deeply scientific for a man who had no direct scientific training. NARRATOR: Richard Feynman is now professor of physics at the California Institute of Technology in Pasadena, where he has been since 1950. Part of his time he spends
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addition, mathematics by itself had a great appeal for me. I loved it all my life. [. . .] NARRATOR: After graduation from the Massachusetts Institute of Technology, Richard Feynman moved approximately 400 miles southwest to Princeton University, where he would eventually get his Ph.D. It was there, at the age of 24 that
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you agree, Professor Einstein?” Einstein said, “No-o-o-o,” and that was the nicest no I ever heard. NARRATOR: It was at Princeton that Richard Feynman learned that even if he lived his entire life in the world of mathematics and theoretical physics, there was another world out there that would
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uranium isotopes was indeed theoretically possible, another method was eventually used to produce uranium-235 for the atomic bomb. Nevertheless, there was still plenty for Richard Feynman and his high-level theorizing to do at the main laboratory in Los Alamos, New Mexico, charged with developing the bomb. After the war, he
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okay as a philosopher? NARRATOR: In this edition of the Future for Science–a taped series of interviews with Nobel laureates–you’ve heard Dr. Richard Feynman of the California Institute of Technology. The series has been prepared under the auspices of the American Association for the Advancement of Science. ______ *John Archibald
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by Michael Bhaskar · 2 Nov 2021
by Andy Kessler · 12 Oct 2009 · 361pp · 86,921 words
by Philip Tetlock and Dan Gardner · 14 Sep 2015 · 317pp · 100,414 words
by Andrew Leigh · 14 Sep 2018 · 340pp · 94,464 words
by Garry Kasparov · 1 May 2017 · 331pp · 104,366 words
by Samuel Arbesman · 31 Aug 2012 · 284pp · 79,265 words
by Gardner Dozois · 23 Jun 2009 · 1,263pp · 371,402 words
by T. R. Reid · 18 Dec 2007 · 293pp · 91,110 words
by Loren Grush · 11 Sep 2023 · 375pp · 127,360 words
by Cal Newport · 17 Sep 2012 · 197pp · 60,477 words
by Jimmy Soni · 22 Feb 2022 · 505pp · 161,581 words
by Scott Donaldson, Stanley Siegel and Gary Donaldson · 13 Jan 2012 · 458pp · 135,206 words
by Ronan, Mark · 14 Sep 2006 · 212pp · 65,900 words
by Jaron Lanier · 6 May 2013 · 510pp · 120,048 words
by Venki Ramakrishnan
by John Brockman · 14 Feb 2012 · 416pp · 106,582 words
by Christie Aschwanden · 5 Feb 2019 · 324pp · 92,535 words
by Bill Gates, Nathan Myhrvold and Peter Rinearson · 15 Nov 1995 · 317pp · 101,074 words
by Sandeep Jauhar · 26 Dec 2007 · 327pp · 103,978 words
by Daniel Immerwahr · 19 Feb 2019
by Richard R. Lindsey and Barry Schachter · 30 Jun 2007
by Juan Enriquez · 15 Feb 2001 · 239pp · 45,926 words
by John MacCormick and Chris Bishop · 27 Dec 2011 · 250pp · 73,574 words
by Michael Shermer · 8 Apr 2020 · 677pp · 121,255 words
by Leonard Mlodinow · 12 May 2008 · 266pp · 86,324 words
by Benoit Mandelbrot · 30 Oct 2012
by Robin Dunbar and Robin Ian MacDonald Dunbar · 2 Nov 2010 · 255pp · 79,514 words
by Thomas H. Davenport and Julia Kirby · 23 May 2016 · 347pp · 97,721 words
by Steven D. Levitt and Stephen J. Dubner · 19 Oct 2009 · 302pp · 83,116 words
by Daniel Crosby · 15 Feb 2018 · 249pp · 77,342 words
by Michael Specter · 14 Apr 2009 · 281pp · 79,958 words
by Antonio Damasio · 6 Feb 2018 · 289pp · 87,292 words
by James Gleick · 1 Jan 2003 · 244pp · 68,223 words
by Ben Goldacre · 1 Jan 2008 · 322pp · 107,576 words
by Neal Stephenson · 6 Aug 2012 · 335pp · 107,779 words
by Paul Verhaeghe · 26 Mar 2014 · 208pp · 67,582 words
by Chris Bailey · 31 Jul 2018 · 272pp · 66,985 words
by Timothy Noah · 23 Apr 2012 · 309pp · 91,581 words
by Lance Fortnow · 30 Mar 2013 · 236pp · 50,763 words
by Ken Auletta · 1 Jan 2009 · 532pp · 139,706 words
by Richard A. Clarke · 10 Apr 2017 · 428pp · 121,717 words
by Richard Bookstaber · 1 May 2017 · 293pp · 88,490 words
by Temple Grandin and Richard Panek · 15 Feb 2013
by Tim Harford · 2 Feb 2021 · 428pp · 103,544 words
by James D. Miller · 14 Jun 2012 · 377pp · 97,144 words
by Michael W. Covel · 19 Mar 2007 · 467pp · 154,960 words
by Jennifer A. Doudna and Samuel H. Sternberg · 15 Mar 2017
by Simon Singh · 29 Oct 2013 · 262pp · 65,959 words
by Anders Ericsson and Robert Pool · 4 Apr 2016 · 378pp · 110,408 words
by Steven Pinker · 1 Jan 2002 · 901pp · 234,905 words
by Po Bronson and Ashley Merryman · 19 Feb 2013 · 407pp · 109,653 words
by Richard Dawkins · 1 Jan 2004 · 460pp · 107,712 words
by Steven Pinker · 1 Jan 1997 · 913pp · 265,787 words
by Gary Marcus and Jeremy Freeman · 1 Nov 2014 · 336pp · 93,672 words
by Vaclav Smil · 4 May 2021 · 252pp · 60,959 words
by Dan Ariely · 27 Jun 2012 · 258pp · 73,109 words
by Rizwan Virk · 31 Mar 2019 · 315pp · 89,861 words
by Cal Newport · 2 Mar 2021 · 350pp · 90,898 words
by Karen Hao · 19 May 2025 · 660pp · 179,531 words
by Kamlesh D. Patel and Joshua Pollock · 31 May 2018 · 194pp · 57,925 words
by Kai-Fu Lee and Qiufan Chen · 13 Sep 2021
by Randall Stross · 4 Sep 2013 · 332pp · 97,325 words
by Bo Bennett · 29 May 2017
by Simon Winchester · 7 May 2018 · 449pp · 129,511 words
by Howard Marks · 30 Sep 2018 · 302pp · 84,428 words
by Garr Reynolds · 29 Jan 2010
by Cory Doctorow and Charles Stross · 3 Sep 2012 · 311pp · 94,732 words
by Alex Bellos · 3 Apr 2011 · 437pp · 132,041 words
by Adam Becker · 14 Jun 2025 · 381pp · 119,533 words
by James Lovelock · 27 Aug 2019 · 94pp · 33,179 words
by Timothy Morton · 14 Oct 2017 · 225pp · 70,180 words
by Andy Cope, Gavin Oattes and Will Hussey · 19 Jul 2019 · 159pp · 45,725 words
by Steven Johnson · 28 Sep 2014 · 243pp · 65,374 words
by Andrew Palmer · 13 Apr 2015 · 280pp · 79,029 words
by Satya Nadella, Greg Shaw and Jill Tracie Nichols · 25 Sep 2017 · 391pp · 71,600 words
by António R. Damásio · 1 Jan 1994 · 347pp · 101,586 words
by Sebastien Page · 4 Nov 2020 · 367pp · 97,136 words
by Jeff Gramm · 23 Feb 2016 · 384pp · 103,658 words
by Peter Lunenfeld · 31 Mar 2011 · 239pp · 56,531 words
by James R. Chiles · 7 Jul 2008 · 415pp · 123,373 words
by Mustafa Suleyman · 4 Sep 2023 · 444pp · 117,770 words
by Pedro Domingos · 21 Sep 2015 · 396pp · 117,149 words
by Aaron Swartz and Lawrence Lessig · 5 Jan 2016 · 377pp · 110,427 words
by Michael A. Cusumano, Annabelle Gawer and David B. Yoffie · 6 May 2019 · 328pp · 84,682 words
by Carl Zimmer · 9 Mar 2021 · 392pp · 109,945 words
by David N. Blank-Edelman · 16 Sep 2018
by Charles Seife · 27 Oct 2009 · 356pp · 95,647 words
by Dan Ariely · 3 Apr 2013 · 898pp · 266,274 words
by Tim Fernholz · 20 Mar 2018 · 328pp · 96,141 words
by Christine Negroni · 26 Sep 2016 · 269pp · 74,955 words
by Richard Brodie · 4 Jun 2009 · 289pp · 22,394 words
by Varun Sivaram · 2 Mar 2018 · 469pp · 132,438 words
by Oliver Bullough · 5 Sep 2018 · 364pp · 112,681 words
by Steven Pinker · 10 Sep 2007 · 698pp · 198,203 words
by Walter Isaacson · 23 Oct 2011 · 915pp · 232,883 words
by John Derbyshire · 14 Apr 2003
by Christopher Hitchens, Richard Dawkins, Sam Harris and Daniel Dennett · 19 Mar 2019 · 114pp · 30,715 words
by Steve Stewart-Williams · 12 Sep 2018 · 1,132pp · 156,379 words
by Oliver Morton · 15 Feb 2003 · 409pp · 129,423 words
by Scott E. Page · 27 Nov 2018 · 543pp · 153,550 words
by Eric J. Johnson · 12 Oct 2021 · 362pp · 103,087 words
by Leslie Berlin · 9 Jun 2005
by Brian Christian · 5 Oct 2020 · 625pp · 167,349 words
by Steven Pinker · 13 Feb 2018 · 1,034pp · 241,773 words
by Matthew Sweet · 13 Feb 2018 · 493pp · 136,235 words
by Matt Ridley · 395pp · 116,675 words
by Chris Dubbs, Emeline Paat-dahlstrom and Charles D. Walker · 1 Jun 2011 · 376pp · 110,796 words
by Richard Dawkins · 12 Sep 2006 · 478pp · 142,608 words
by Barbara Oakley Phd · 20 Oct 2008
by Walter Isaacson · 6 Oct 2014 · 720pp · 197,129 words
by Carol Tavris and Elliot Aronson · 6 May 2007 · 420pp · 98,309 words
by Daniel C. Dennett · 15 Jan 1995 · 846pp · 232,630 words
by Amy B. Zegart · 6 Nov 2021
by Harold James · 15 Jan 2023 · 469pp · 137,880 words
by Chris Anderson · 1 Oct 2012 · 238pp · 73,824 words
by Brett Stern · 14 Oct 2012 · 486pp · 132,784 words
by Kim Stanley Robinson · 1 Mar 2001 · 493pp · 172,533 words
by Kim Stanley Robinson · 25 Oct 2005 · 560pp · 158,238 words
by Kim Stanley Robinson · 27 Feb 2007 · 526pp · 155,174 words
by Ryan Holiday · 13 Jun 2016 · 177pp · 54,421 words
by Charles Petzold · 28 Sep 1999 · 566pp · 122,184 words
by Douglas Coupland · 29 Sep 2014 · 124pp · 36,360 words
by Max Shron · 15 Aug 2014
by Mike Maples and Peter Ziebelman · 8 Jul 2024 · 207pp · 65,156 words
by Philipp Carlsson-Szlezak and Paul Swartz · 8 Jul 2024 · 259pp · 89,637 words
by Stephen Petranek · 6 Jul 2015 · 70pp · 22,172 words
by Pieter Hintjens · 11 Mar 2013 · 349pp · 114,038 words
by Mary-Elaine Jacobsen · 2 Nov 1999 · 435pp · 136,906 words
by Mary-Elaine Jacobsen · 18 Feb 2015 · 435pp · 136,741 words
by Nicklas Brendborg · 17 Jan 2023 · 222pp · 68,595 words
by Jason Parisi and Justin Ball · 18 Dec 2018 · 404pp · 107,356 words
by Bruce Schneier · 1 Jan 2000 · 470pp · 144,455 words
by Saifedean Ammous · 23 Mar 2018 · 571pp · 106,255 words
by Garr Reynolds · 14 Aug 2010
by Steven Sloman · 10 Feb 2017 · 313pp · 91,098 words
by Rowan Hooper · 15 Jan 2020 · 285pp · 86,858 words
by William Thorndike · 14 Sep 2012 · 330pp · 59,335 words
by Nassim Nicholas Taleb · 1 Jan 2001 · 111pp · 1 words
by Mario Livio · 23 Sep 2003
by Michael Nicholas · 21 Jun 2017
by Christopher Summerfield · 11 Mar 2025 · 412pp · 122,298 words
by Syd Field · 17 Dec 2007 · 355pp · 108,420 words
by Martin Kleppmann · 16 Mar 2017 · 1,237pp · 227,370 words
by Morgan Housel · 7 Sep 2020 · 209pp · 53,175 words
by Martin Kleppmann · 17 Apr 2017
by Matthew Cobb · 15 Nov 2022 · 772pp · 150,109 words
by Andrew McAfee · 14 Nov 2023 · 381pp · 113,173 words
by Lee McIntyre · 14 Sep 2021 · 407pp · 108,030 words
by Nassim Nicholas Taleb · 20 Feb 2018 · 306pp · 82,765 words
by Steven Pinker · 1 Jan 2014 · 477pp · 106,069 words
by Sam Harris · 5 Oct 2010 · 412pp · 115,266 words
by Stephen Fry · 1 Jan 2008 · 362pp · 95,782 words
by David Weinberger · 14 Jul 2011 · 369pp · 80,355 words
by Matthew Bishop, Michael Green and Bill Clinton · 29 Sep 2008 · 401pp · 115,959 words
by Rory Sutherland · 6 May 2019 · 401pp · 93,256 words
by Ken Auletta · 4 Jun 2018 · 379pp · 109,223 words
by Nick Lane · 14 Oct 2005 · 369pp · 153,018 words
by Stephen Hawking · 28 Mar 2007
by Brian Christian · 1 Mar 2011 · 370pp · 94,968 words
by James Surowiecki · 1 Jan 2004 · 326pp · 106,053 words
by Martin Wolf · 24 Nov 2015 · 524pp · 143,993 words
by Richard Shotton · 12 Feb 2018 · 184pp · 46,395 words
by William J. Cook · 1 Jan 2011 · 245pp · 12,162 words
by Richard Dawkins · 1 Jan 2004 · 734pp · 244,010 words
by Satyajit Das · 14 Oct 2011 · 741pp · 179,454 words
by Richard Dawkins · 15 Mar 2017 · 420pp · 130,714 words