leonard susskind wife

Like The Cosmic Landscape, The Black Hole War is aimed at the lay reader. He is a member of the National Academy of Science and the American Academy of Arts and Sciences, and the recipient of numerous prizes including the science writing prize of the American . Like The Cosmic Landscape, The Black Hole War is aimed at the lay reader. Susskind has also made contributions in the following areas of physics: The story goes that "In 1970, a young physicist named Leonard Susskind got stuck in an elevator with Murray Gell-Mann, one of physics' top theoreticians, who asked him what he was working on. Search the history of over 797 billion His research interests include string theory, quantum field theory, quantum statistical mechanics and quantum cosmology. Menu. These courses are available on The Theoretical Minimum website, on iTunes, and on YouTube. Kaunas is in Lithuania. 4.12 avg rating 10,516 ratings published 2008 34 editions. This covers the general theory of relativity. Lectures in the remaining two courses, on the subjects of: are available on-line as video recordings, or in written notes [2]. saving. The question addressed here is why our universe is fine-tuned for our existence. This information is published under GNU Free Document License (GFDL). His research interests include string theory, quantum field theory, quantum statistical mechanics and quantum cosmology. Followed by. And if you have the temerity to inquire, Uh, where Sir, did you say that assembly line came from? He may well irritably respond, Well we dont know but were working on it; after all Science doesnt know everything!. When Dr. Susskind stated that before Darwin the notion of a designer of life was undeniable, he echoes the leading voice of modern atheism, Professor Richard Dawkins, who wrote in his best-selling book about evolution, The Blind Watchmaker: I could not imagine being an atheist at any time before 1859 when Darwins Origin of Species was published.. ProfessorSusskindreceived his PhD from Cornell University in 1965 and has taught at Stanford since 1979. From the bestselling author of The Theoretical Minimum, a DIY introduction to the math and science of quantum physics. In the last of course of this series, Leonard Susskind continues his exploration of string theory that attempts to reconcile quantum mechanics and general relativity. Leonard Susskind ( / ssknd /; born June 16, 1940) [1] [3] is an American physicist, who is a professor of theoretical physics at Stanford University, and founding director of the Stanford Institute for Theoretical Physics. These lectures are intended for the general public as well as students. The series presently stands at three books (as of mid 2021) covering the first three of six core courses devoted to: classical mechanics, quantum mechanics, special relativity and classical field theory, general relativity, cosmology, and statistical mechanics. A quantum mechanical formulation of de Sitter cosmological spacetimes still eludes string theory. He recently gave alectureon the topic at the Kavli Institute for Theoretical Physics (UCSB), and co-authored apaperwith Juan Maldacenathat proposes Einstein-Rosen bridges as an alternative to black hole firewalls. In theory there is a possibility of perfect happiness: To believe in the indestructible element within one, and not to strive towards it. The courses are intended for the mathematically literate[33] public as well as physical science/mathematics students. Be the first one to, Leonard Susskind - All Stanford physics lectures, leonard-susskind-all-stanford-physics-lectures, Advanced embedding details, examples, and help, Leonard Susskind - All Stanford physics lectures in order, Advanced Quantum Mechanics Lecture 1-720p.mp4, Advanced Quantum Mechanics Lecture 10-720p.mp4, Advanced Quantum Mechanics Lecture 2-720p.mp4, Advanced Quantum Mechanics Lecture 3-720p.mp4, Advanced Quantum Mechanics Lecture 4-720p.mp4, Advanced Quantum Mechanics Lecture 5-720p.mp4, Advanced Quantum Mechanics Lecture 6-720p.mp4, Advanced Quantum Mechanics Lecture 7-720p.mp4, Advanced Quantum Mechanics Lecture 8-720p.mp4, Advanced Quantum Mechanics Lecture 9-720p.mp4, Demystifying the Higgs Boson with Leonard Susskind-720p.mp4, Einstein's General Theory of Relativity _ Lecture 1-240p.mp4, Einstein's General Theory of Relativity _ Lecture 10-360p.mp4, Einstein's General Theory of Relativity _ Lecture 11-360p.mp4, Einstein's General Theory of Relativity _ Lecture 12-360p.mp4, Einstein's General Theory of Relativity _ Lecture 2-240p.mp4, Einstein's General Theory of Relativity _ Lecture 3-240p.mp4, Einstein's General Theory of Relativity _ Lecture 4-360p.mp4, Einstein's General Theory of Relativity _ Lecture 5-240p.mp4, Einstein's General Theory of Relativity _ Lecture 6-240p.mp4, Einstein's General Theory of Relativity _ Lecture 7-240p.mp4, Einstein's General Theory of Relativity _ Lecture 8-240p.mp4, Einstein's General Theory of Relativity _ Lecture 9-240p.mp4, Lecture 1 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 1 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 1 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 1 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 1 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 1 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 1 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 1 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Lecture 1 _ String Theory and M-Theory-360p.mp4, Lecture 1 _ The Theoretical Minimum-720p.mp4, Lecture 1 _ Topics in String Theory-360p.mp4, Lecture 10 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 10 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 10 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 10 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 10 _ String Theory and M-Theory-360p.mp4, Lecture 10 _ The Theoretical Minimum-720p.mp4, Lecture 2 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 2 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 2 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 2 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 2 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 2 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 2 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 2 _ String Theory and M-Theory-360p.mp4, Lecture 2 _ The Theoretical Minimum-720p.mp4, Lecture 2 _ Topics in String Theory-360p.mp4, Lecture 3 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 3 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 3 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 3 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 3 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 3 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 3 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 3 _ String Theory and M-Theory-360p.mp4, Lecture 3 _ The Theoretical Minimum-720p.mp4, Lecture 3 _ Topics in String Theory-360p.mp4, Lecture 4 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 4 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 4 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 4 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 4 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 4 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 4 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 4 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Lecture 4 _ String Theory and M-Theory-360p.mp4, Lecture 4 _ The Theoretical Minimum-720p.mp4, Lecture 4 _ Topics in String Theory-360p.mp4, Lecture 5 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 5 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 5 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 5 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 5 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 5 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 5 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 5 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Lecture 5 _ String Theory and M-Theory-360p.mp4, Lecture 5 _ The Theoretical Minimum-720p.mp4, Lecture 5 _ Topics in String Theory-360p.mp4, Lecture 6 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 6 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 6 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 6 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 6 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 6 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 6 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 6 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Lecture 6 _ String Theory and M-Theory-360p.mp4, Lecture 6 _ The Theoretical Minimum-720p.mp4, Lecture 6 _ Topics in String Theory-360p.mp4, Lecture 7 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 7 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 7 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 7 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 7 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 7 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 7 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 7 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Lecture 7 _ String Theory and M-Theory-360p.mp4, Lecture 7 _ The Theoretical Minimum-720p.mp4, Lecture 7 _ Topics in String Theory-360p.mp4, Lecture 8 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 8 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 8 _ Modern Physics - Special Relativity (Stanford)-240p.mp4, Lecture 8 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 8 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 8 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 8 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 8 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Lecture 8 _ String Theory and M-Theory-360p.mp4, Lecture 8 _ The Theoretical Minimum-720p.mp4, Lecture 8 _ Topics in String Theory-360p.mp4, Lecture 9 _ Modern Physics - Classical Mechanics (Stanford)-240p.mp4, Lecture 9 _ Modern Physics - Quantum Mechanics (Stanford)-240p.mp4, Lecture 9 _ Modern Physics - Statistical Mechanics-360p.mp4, Lecture 9 _ New Revolutions in Particle Physics - Basic Concepts-360p.mp4, Lecture 9 _ New Revolutions in Particle Physics - Standard Model-360p.mp4, Lecture 9 _ Quantum Entanglements, Part 1 (Stanford)-240p.mp4, Lecture 9 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Lecture 9 _ String Theory and M-Theory-360p.mp4, Lecture 9 _ The Theoretical Minimum-720p.mp4, Lecture 9 _ Topics in String Theory-360p.mp4, Lectures 2 & 3 _ Quantum Entanglements, Part 3 (Stanford)-240p.mp4, Terms of Service (last updated 12/31/2014). The title of the series is a clear reference to Landau's famous comprehensive exam called the "Theoretical Minimum" which students were expected to pass before admission to his school. In light of our results, we discuss the hypothesis that black holes are the fastest computers in nature. comment. Leonard Susskind is the Felix Bloch professor of Theoretical physics at Stanford University. His research interests include string theory, quantum field theory, quantum statistical mechanics and quantum cosmology. In his book, The Black Hole War: My Battle with Stephen Hawking to Make the World Safe for Quantum Mechanics, he writes: It would be a bad idea to park your BMW in the rainforest for 500 years. Imagine you took those atoms and threw them together randomly. The Theoretical Minimum lectures later formed the basis for the books of the same name. Smolin e-mailed Susskind asking for a comment. The full series delivers over 100 lectures amounting to something on the order of 200 hours of content, with some of the individual lectures having received over a million YouTube views. They came out of Poland and Russia. in physics in 1962. ), Dr. Susskind responded by saying: I dont believe the universe was designed by an intelligence. Susskind is widely regarded as one of the fathers of string theory, having, with Yoichiro Nambu and Holger Bech Nielsen, independently introduced the idea that particles could in fact be states of excitation of a relativistic string. Holographic Complexity Equals Bulk Action? I said, Like Einstein. He poked me in the chest with a piece of plumbing pipe. Uh, Where did you say that assembly line came from? Gell-Mann responded with loud, derisive laughter.". "Father of String Theory Muses on the Megaverse". Since then he has taught Jewish Theology and various Torah topics to Jews of all ages. Showing 17 distinct works. Susskind said he was working on a theory that represented particles 'as some kind of elastic string, like a rubber band.' The Black Hole War. Leonard Susskind has been the Felix Bloch Professor in Theoretical Physics at Stanford University since 1978, and his online lectures are viewed all around the world. Professor Susskind continues with the presentation of quantum field theory. In 2007, Susskind joined the Faculty of Perimeter Institute for Theoretical Physics in Waterloo, Ontario, Canada, as an Associate Member. The third book in the series, by Leonard Susskind and Art Friedman, was published in 2017. ISBN. His research interests include string theory, quantum field theory, quantum statistical mechanics and quantum cosmology. This brings us right back to where we started from: Will the real Dr. Leonard Susskind please stand up? He is a member of the National Academy of Sciences of the USA, and the American Academy of Arts and Sciences, an associate member of the faculty of Canada's Perimeter Institute for Theoretical Physics, and a distinguished professor of the Korea Institute for Advanced Study. Susskind is widely regarded as one of the fathers of string theory, having, with Yoichiro Nambu and Holger Bech Nielsen, independently introduced the idea that particles could in fact be states of excitation of a relativistic string. View details for DOI 10.1103/PhysRevLett.92.191601, View details for Web of Science ID 000221540900007, View details for Web of Science ID 000186260900040, View details for Web of Science ID 000186879800028, View details for Web of Science ID 000186243500056, View details for Web of Science ID 000180642700037, View details for Web of Science ID 000180552900011, View details for Web of Science ID 000178999500045, View details for Web of Science ID 000169406900024, View details for Web of Science ID 000170648000003, View details for Web of Science ID 000170606000031, View details for Web of Science ID 000168162800003, View details for Web of Science ID 000168161600002, View details for Web of Science ID 000089311300065, View details for Web of Science ID 000168114600044, View details for Web of Science ID 000168114600021, View details for Web of Science ID 000168114600008, View details for Web of Science ID 000085383200017, View details for Web of Science ID 000166854900004, View details 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A1991FG03900019, View details for Web of Science ID A1990DZ87700001, View details for Web of Science ID A1990BT85J00003, View details for Web of Science ID A1989CC37300007, View details for Web of Science ID A1989U846400008, View details for Web of Science ID A1989T160200011, View details for Web of Science ID A1989BQ07P00010, View details for Web of Science ID A1988Q712600004, View details for Web of Science ID A1988P498900003, View details for Web of Science ID A1988P250000008, View details for Web of Science ID A1988L922800010, View details for Web of Science ID A1986C867200011, View details for Web of Science ID A1986C266200013, View details for Web of Science ID A1985AVW1900011, View details for Web of Science ID A1985ASE3100011, View details for Web of Science ID A1984TK13200006, View details for Web of Science ID A1984SR96500010, View details for Web of Science ID A1984SR32400009, View details for Web of Science ID A1984SR96500008, View details for Web of Science ID 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A1978FD00900013, View details for Web of Science ID A1978FW76800002, View details for Web of Science ID A1977DA59400024, View details for Web of Science ID A1976BL99900027, View details for Web of Science ID A1976BQ86300011, View details for Web of Science ID A1976CK35100002, View details for Web of Science ID A1975W222100023, View details for Web of Science ID A1975W199000023, View details for Web of Science ID A1975BC29900038, View details for Web of Science ID A1975AL64100024, View details for Web of Science ID A1975V892600018, View details for Web of Science ID A1974T663500027, View details for Web of Science ID A1974V313300034, View details for Web of Science ID A1974S734700023, View details for Web of Science ID A1974T663500015, View details for Web of Science ID A1973P948400011, Director, Stanford Institute for Theoretical Physics (2009 - Present), J. J. Sakurai Prize for Theoretical Particle Physics, American Physical Society (1998), Member, National Academy of Sciences (2000 - Present), Ph.D., Cornell University, Physics (1965), B.S., City College of New York, Physics (1962), De Sitter Holography: Fluctuations, Anomalous Symmetry, and Wormholes, The Python's Lunch: geometric obstructions to decoding Hawking radiation. Leonard Susskind's 283 research works with 44,135 citations and 12,029 reads, including: A holographic wormhole traversed in a quantum computer He is also a distinguished professor at Korea Institute for Advanced Study.[15]. During this discussion Stephen Hawking stated that the information inside a black hole is lost forever as the black hole evaporates. Brown, A. R., Roberts, D. A., Susskind, L., Swingle, B., Zhao, Y. Addendum to computational complexity and black hole horizons, The typical-state paradox: diagnosing horizons with complexity, ER=EPR, GHZ, and the consistency of quantum measurements, Computational complexity and black hole horizons. His research interests include string theory, quantum field theory, quantum statistical mechanics and quantum cosmology. more Kaloper, N., Susskind, L., Silverstein, E. How Bob Laughlin tamed the giant graviton from Taub-NUT space. [2] He is a member of the US National Academy of Sciences,[4] and the American Academy of Arts and Sciences,[5] an associate member of the faculty of Canada's Perimeter Institute for Theoretical Physics,[6] and a distinguished professor of the Korea Institute for Advanced Study. ), The principle of black hole complementarity, M-theory, including development of the BFSS matrix model, Introduction of holographic entropy bounds in physical cosmology, The idea of an anthropic string theory landscape. This covers special relativity and classical field theory. Susskind was born to a poor Jewish family from the South Bronx section of New York City, and now resides in Palo Alto, California. Trending. In this Letter we conjecture a potentially rigorous framework in which the status of de Sitter space is the same as that of a resonance in a scattering process. Susskind was an Assistant Professor of Physics, then an Associate Professor at Yeshiva University (19661970), after which he went for a year at the University of Tel Aviv (197172), returning to Yeshiva to become a Professor of Physics (19701979). The second of these, Quantum Mechanics: The Theoretical Minimum,[29] was published in February 2014. on the Internet. It took 28 years for Leonard Susskind to formulate his theory that would prove Hawking wrong. How do we reconcile these two contradictory statements? All Rights Reserved. He has been elected to the National Academy of Sciences and the American Academy of Arts and Sciences, and was awarded the 1998 Sakurai Prize for theoretical physics. Dr. Leonard Susskind is a renowned professor of theoretical physics at Stanford University and is credited as being one of the fathers of string theory. Dine, M., Huet, P., Singleton, R., Susskind, L. DO WEAK-INTERACTIONS BECOME STRONG AT 10 TEV. 4.9 4.9 out of 5 stars (21) Paperback. He also does not believe in Intelligent Design, neither in the creation of the universe nor in the emergence of human beings. In an interview in the Los Angeles Times, Susskind recalls the moment he discussed with his father this change in career path: "When I told my father I wanted to be a physicist, he said, Hell no, you aint going to work in a drug store. I said no, not a pharmacist. Not actually Russia; my grandfather on my mother's side came from Lithuania. Fischler, W., Klebanov, I., Polchinski, J., Susskind, L. CONTINUUM STRINGS FROM DISCRETE FIELD-THEORIES, STRING LOOP DIVERGENCES AND EFFECTIVE LAGRANGIANS, RENORMALIZATION-GROUP AND STRING AMPLITUDES. What is the likelihood that they would come together to form a working automobile?I think we can all agree that it would be extremely unlikelyif you imagined all the possible ways that you could assemble the atoms, the overwhelming majority of the arrangements would look like rust heapsIf you shook up the atoms of a car, you would be much more likely to get a pile of rust because there are so many more rust pile arrangements than car arrangements., If one would take the hundred trillion or so atoms that make up the simplest bacterial cell and throw them together randomly what would be the likelihood that they would come together to form a living bacterium? Susskind said he was working on a theory that represented particles as some kind of elastic string, like a rubber band. Gell-Mann responded with loud, derisive laughter. 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After all Science doesnt know everything! 4.12 avg rating 10,516 ratings published 2008 editions... Rating 10,516 ratings published 2008 34 editions the Faculty of Perimeter Institute Theoretical! On a theory that represented particles 'as some kind of elastic string like. Was working on it ; after all Science doesnt know everything! these lectures are intended for mathematically... A black Hole War is aimed at the lay reader does not believe Intelligent., derisive laughter. `` mother & # x27 ; s side came from stated the! Sitter cosmological spacetimes still eludes string theory, quantum field theory, leonard susskind wife field theory of over billion... E. How Bob Laughlin tamed the giant graviton from Taub-NUT space GFDL ) for! Susskind, L., Silverstein, E. How Bob Laughlin tamed the giant graviton from space! All Science doesnt know everything! 4.9 4.9 out of 5 stars 21.
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