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Big Thinkers is a former ZDTV (later TechTV) television program. It featured a half-hour interview with a "big thinker" in science, technology, and other fields. Interviews were filmed in a 16:9 format and intercut with public domain material from the Prelinger Archives. This archival footage (mostly film clips from the 1940's and 50's) was used to create visual metaphors highlighting the speaker's points. This episode features Michio Kaku. He is a Japanese American theoretical physicist specializing in string field theory, and a futurist. He is a popularizer of science, host of two radio programs and a best-selling author. (Text from Wikipedia)

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The Berkeley Center for Theoretical Physics presents a lecture by Nobel Laureate and Berkeley grad, David Gross, of UC Santa Barbara's Kavli Institute for Theoretical Physics. He will discuss "The Coming Revolutions in Fundamental Physics." The lecture is part of the Berkeley Center for Theoretical Physics Opening Symposium on October 19 and 20.

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Lecture 1 of Leonard Susskind's Modern Physics concentrating on General Relativity. Recorded September 22, 2008 at Stanford University. This Stanford Continuing Studies course is the fourth of a six-quarter sequence of classes exploring the essential theoretical foundations of modern physics. The topics covered in this course focus on classical mechanics. Leonard Susskind is the Felix Bloch Professor of Physics at Stanford University. Stanford Continuing Studies: continuingstudies.stanford.edu About Leonard Susskind: www.stanford.edu Stanford University Channel on YouTube: www.youtube.com

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Dr. Michio Kaku, Theoretical Physicist: Fukishima Daiichi Nuclear Facility is a "Ticking Time Bomb" The Japanese government is trying to calm fears about radiation levels and food safety in the region around the heavily damaged Fukushima Daiichi nuclear power facility, even as it has raised the severity rating of the crisis to the highest possible level. "Radiation is continuing to leak out of the reactors, the situation is not stable at all," says Dr. Michio Kaku, professor of theoretical physics at the City University Of New York and the City College of New York, in an interview on Democracy Now! April 13. "The slightest disturbance could set off a full scale melt down at three nuclear power stations—far beyond what we saw at Chernobyl." For the video/audio podcast, transcript, to sign up for the daily news digest, and for more independent reports about the Japan crisis, see the Democracy Now! news archive at, www.democracynow.org FOLLOW US: Facebook: www.facebook.com Twitter: @democracynow Please consider supporting independent media by making a donation to Democracy Now! today, visit www.democracynow.org

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Can the entire universe be explained with a single, unifying theory? This is perhaps the most fundamental question in all of science, and it may also be the most controversial. Albert Einstein was among the first to envision a unified theory that could account for the behavior of all matter and energy in the cosmos, but a definitive solution has eluded physicists to this day. As the 21st century progresses, "string theory" remains the leading candidate to be the "theory of everything"—although some have come to question whether string theorists are on the right track. Still others doubt that a "theory of everything" exists at all—and consider the search for such a theory an outdated philosophy of our search for cosmic truths. Join Director of the Hayden Planetarium Neil deGrasse Tyson as he hosts and moderates six of the world's leading voices in this great scientific debate. Panelists: Dr. Katherine Freese, professor of physics at the University of Michigan Dr. Jim Gates, professor of physics at the University of Maryland-College Park Dr. Janna Levin, professor of physics and astronomy at Barnard College Dr. Marcello Gleiser, professor of physics and astronomy at Dartmouth College Dr. Brian Greene, professor of physics and mathematics at Columbia University Dr. Lee Smolin, theoretical physicist at Perimeter Institute for Theoretical Physics The talk was recorded at the American Museum of Natural History on March 7, 2011.

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Brooks International presents Michio Kaku. www.brooksinternational.com Dr. Michio Kaku is a theoretical physicist, a bestselling author, and the cofounder of string field theory (a branch of string theory), which is a continuation of Einstein's search to unite the four fundamental forces of nature into one unified theory.

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Lecture 1 of Leonard Susskind's Modern Physics course concentrating on Quantum Mechanics. Recorded January 14, 2008 at Stanford University. This Stanford Continuing Studies course is the second of a six-quarter sequence of classes exploring the essential theoretical foundations of modern physics. The topics covered in this course focus on quantum mechanics. Leonard Susskind is the Felix Bloch Professor of Physics at Stanford University. Complete playlist for the course: youtube.com Stanford Continuing Studies: continuingstudies.stanford.edu About Leonard Susskind: www.stanford.edu Stanford University channel on YouTube: www.youtube.com

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1st Lecture - Nima Arkani Hamed (IAS Princeton): Scattering Amplitudes and the Positive Grassmannian II (Wednesday, January 4th) The Institute for Advanced Studies The 29th Jerusalem Winter School in Theoretical Physics with the support of the European Science Foundation CURRENT TRENDS IN PARTICLE PHYSICS AND COSMOLOGY General Director: David Gross (KITP and UCSB) Director: Eliezer Rabinovici (The Hebrew University) December 27, 2011 - January 5, 2012

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Superconductivity is a quantum mechanical phenomenon. As the temperature approaches absolute zero the entropy reaches its minimum value. It is as though they are frozen in time within their own reference frame. This video gives us a deeper (objective) understanding of the dynamics of quantum physics explaining this physics experiment in a new way!

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1st Lecture - David Gross (KITP and UCSB) (Tuesday, December 27th) The Institute for Advanced Studies The 29th Jerusalem Winter School in Theoretical Physics with the support of the European Science Foundation CURRENT TRENDS IN PARTICLE PHYSICS AND COSMOLOGY General Director: David Gross (KITP and UCSB) Director: Eliezer Rabinovici (The Hebrew University) December 27, 2011 - January 5, 2012

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3rd Lecture - Nima Arkani Hamed (IAS Princeton): Scattering Amplitudes and the Positive Grassmannian I (Wednesday, January 3rd) The Institute for Advanced Studies The 29th Jerusalem Winter School in Theoretical Physics with the support of the European Science Foundation CURRENT TRENDS IN PARTICLE PHYSICS AND COSMOLOGY General Director: David Gross (KITP and UCSB) Director: Eliezer Rabinovici (The Hebrew University) December 27, 2011 - January 5, 2012

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1st Lecture - Erik Verlinde (Amsterdam University): Emergent Gravity I (Thursday, December 29th) The Institute for Advanced Studies The 29th Jerusalem Winter School in Theoretical Physics with the support of the European Science Foundation CURRENT TRENDS IN PARTICLE PHYSICS AND COSMOLOGY General Director: David Gross (KITP and UCSB) Director: Eliezer Rabinovici (The Hebrew University) December 27, 2011 - January 5, 2012

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1st Lecture - Zohar Komargodski (IAS Princeton and Weizmann Institute): Non-Perturbative Aspects of Quantum Field Theory in Diverse Dimensions III (Wednesday, January 5th) The Institute for Advanced Studies The 29th Jerusalem Winter School in Theoretical Physics with the support of the European Science Foundation CURRENT TRENDS IN PARTICLE PHYSICS AND COSMOLOGY General Director: David Gross (KITP and UCSB) Director: Eliezer Rabinovici (The Hebrew University) December 27, 2011 - January 5, 2012

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1st Lecture - Erik Verlinde (Amsterdam University): Emergent Gravity III (Sunday, January 1st) The Institute for Advanced Studies The 29th Jerusalem Winter School in Theoretical Physics with the support of the European Science Foundation CURRENT TRENDS IN PARTICLE PHYSICS AND COSMOLOGY General Director: David Gross (KITP and UCSB) Director: Eliezer Rabinovici (The Hebrew University) December 27, 2011 - January 5, 2012

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What's beyond silicon? There have been a number of proposals: protein computers, DNA computers, optical computers, quantum computers, molecular computers.

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1st Lecture - Zvi Bern (UCLA): Harmony of Scattering Amplitudes: From QCD to Gravity III (Monday, January 2nd) The Institute for Advanced Studies The 29th Jerusalem Winter School in Theoretical Physics with the support of the European Science Foundation CURRENT TRENDS IN PARTICLE PHYSICS AND COSMOLOGY General Director: David Gross (KITP and UCSB) Director: Eliezer Rabinovici (The Hebrew University) December 27, 2011 - January 5, 2012

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A preview of the track "Ghosts" from the... slow cooked EP "Theoretical Physics" - due probably.. early January 2012. Some people may have figured out I was collaborating with Wolfgun, some might not have. Now you know. Thats what we're up to. BUSY. Terrible quality courtesy of YouTube and my notably bad video encoding skills.

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youtu.be youtu.be Dr. Nikola Tesla PhDstated in 1919 - "The Hertz wave theory of wireless transmission may be kept up for some while, but I do not hesitate to say that in a short time it will be recognized as one of the most remarkable and inexplicable aberrations of the scientific mind which has ever been recorded in history" "All EM Radiation is photonic streams, NOT a Wave with Transverse Fields"-Dr.Nikola Tesla This Paradigm is in line with James Clerk Maxwell's concept that the universe is existing in a dynamic medium that has many properties much like fluids Scientists in Princeton, NJ in 2000 sent laser pulses thru Cesium vapor at 310 times lightspeed, showing that the notion that nothing can travel faster than light in a vacum is wrong. Scientists in US Naval observatory lab experiments routinely send particles much faster than light. Conversely scientist can Slow the speed of Light down in a Bose-Einstein Condensate, Relativity is a Theory, not a LAW Singleton has created a gadget that abuses radio waves so severely that they finally give in and travel faster than light. The polarization synchrotron combines the waves with a rapidly spinning magnetic field, and the result could explain why pulsars — which are super-dense spinning stars that are a subclass of neutron stars — emit such powerful signals, a phenomenon that has baffled many scientists, Singleton said. "Pulsars are rapidly rotating neutron stars that emit radio waves in pulses, but what we don't <b>...</b>

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Theoretical physicist Michio Kaku explains the basics of String Theory in this clip from his Floating University lecture. Find out more at: www.floatinguniversity.com

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Hey folks! New playthrough! Half-Life! I hope you enjoy the videos. If so, please dear god hit "Like" and leave me a comment? Snoogans. Want me to continue the series? I intend on playing Half-Life, HL: Blue Shift, HL: Opposing Force, HL2, HL2: Ep 1, HL2: Ep 2, that is, only if you guys like the videos. So, leave comments and stuff to let me know. You can donate here if you want: www.twirlyswirly.com ~~~ Other fun stuff I use: Check me on Facebook for regular, reliable updates on new videos and livestreaming: www.facebook.com And check out my twitter too, not used a lot but I do check in now and again!: @twirlyswirly ~~ FAQ: Q: What do you use to record? A: Fraps for video / Goldwave for audio Q: What's your shoe size? A: 11.5 / 12 UK Q: Watch out A: We got a badass right here Q: Neil deGrass Tyson, Brian Cox, Carl Sagan. Marry one, screw one, kill one. A: Marry Carl, screw Brian, kill Neil. You can donate here: www.twirlyswirly.com

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Unexplained phenomena from orbiting electrons to Big Bang.

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Stephen Hawking has proven again this week he may still be the most theoretical physicist in the universe. Hawking has lent the use of his nervous system's gray matter to a San Diego-based company that produces the iBrain, a device that endeavors to read minds. The iBrain monitors a single channel of electrical brain waves and interprets the data into information doctors and researchers can use to diagnose conditions like sleep apnea, depression and autism. Dr. Hawking hopes that it may lead to future treatment for ALS and other neurological diseases. The physicist also shared something on CBS's The Big Bang Theory this week, showing up ultimate Hawking groupie, Shelton Cooper. Using voice work he insisted on generating himself, Hawking takes cooper down a few pegs by informing him he made a math error in an important research paper about the Higgs Boson particle. An understanding of Black Holes, AND great comedic timing—even characters like Cooper may have work to do before they get in the same league as Hawking.

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Physicist Dr. Michio Kaku talks about time travel in this bonus feature from "The Physics of Back to the Future" on the Back to the Future 25th Anniversary Trilogy on Blu-ray & DVD.

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Oh, the sweet, sweet sounds of physics... Part of the 2011 Holiday Colloquium put on by the physics third years at UW-Madison.

HOLCOL11

Dr. Michio Kaku, professor of Theoretical Physics, City University of New York, talks about making contact with Extraterrestrials that could be millions years ahead of us in technology. ~ www.gcf.org.sa

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Gerardus 't Hooft Professor of Theoretical Physics, Utrecht University, Netherlands ------------------------ Our theoretical understanding of the sub-atomic world would not be complete without the Higgs particle. Sometimes called "The God Particle", this very special particle generates the differences between the fundamental particles and it gives them mass, but until shortly it went undetected. Of course, in science we use different words. In this lecture it is explained what this mysterious object really is and why it is needed in our theories, even if it has little to do with God. Using the most powerful particle accelerator in the world, the LHC, physicists for the first time have the tools to produce and observe this particle in detail. Is it as it was predicted? Are there whole families of Higgs particles? The LHC has not yet reached its full power. Will it provide us with more clues or mysteries about the sub-atomic world? ------------------------ physics.berkeley.edu

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A couple of other questions regarding the LHC answered by John Ellis. Date- 20th Aug 08. Source- cdsweb.cern.ch Q. 1. Could you tell us your opinion about safety at the LHC? Q. 2. Could the 'BEAM' itself become a threat when it collides or if it goes off course?

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SETI Talks archive: seti.org One of major advances of string theory in recent years was an understanding that vacuum solutions with potentially viable four-dimensional cosmology come in a plethora of an incredibly large and rich 'landscape' of string theory vacua. The number of possible vacua and, in turn, types of Universes, may exceed 10 to the power 1000. This progress was enabled by finding ways to give mass to ('stabilize') the moduli. The moduli are the typically 100 to 1000 massless scalar fields which are associated with deformations of extra dimensions required by string theory. Moduli stabilization also gave rise to the first well-controlled string theory constructions of cosmological inflation, a very early burst of exponential expansion of the universe needed to produce its large scale and spatial flatness. Inflation seeds density perturbations, which are the source of all visible structure in our universe, as well as gravitational wave fluctuations. If the gravitational wave fluctuations are seen (eg by the PLANCK satellite), this would tell us that inflation took place at an energy scale only 100 times belowPlanck scale of quantum gravity and maybe string theory itself. We may then hope for leftover imprints from the fundamental theory in high-scale inflation. Dr. Westphal will show how string theory has been recently found to push towards deviations from quantum field theory results for high-scale models of inflation which produce detectable gravitational <b>...</b>

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Part 2: www.youtube.com Professor Stephen Hawking, rightfully regarded as one of the greatest theoretical physicists of modern times, gives us an exciting lecture at the heart of theoretical physics at the experimental epicenter of this research, the Large Hadron Collider at CERN. Hawking's work in searching for the theoretical framework for producing a Unified Field Theory has lead him to some truly remarkable conclusions in his career which paralells that of CERN's search for elementary particles and the forces that govern them. His work with Roger Penrose on the singularity conditions that arise in General Relativity lead to an extention of Roger Penrose's theorem for non-rotating, uncharged black holes to a universe where the Big Bang itself did not arise from a spacetime singularity. His independant work on Virtual Particle-Antiparticle Pairs around a black hole event horizon has lead to the famous Hawking Radiation scenario, which still awaits experimental and observational experimentation. Hawking's own expertise in Black Hole Thermodynamics along with his work(an infamous bet) with the renowned Physicist Kip Thorn are classic physic's stories. Hawking's popular science books and TV shows are works of art in and of themselves. Hawking's latest work has been involved in M-Theory, particularly in the case of modelling the geodesics of spacetime with relation to Feynman's Sum over Histories Path Integral formalism in Quantum Field Theory. Hawking has concluded that <b>...</b>

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(January 9, 2012) Leonard Susskind provides an introduction to quantum mechanics. Stanford University: www.stanford.edu Stanford Continuing Studies: continuingstudies.stanford.edu Stanford University Channel on YouTube: www.youtube.com

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Jim Al-Khalili is a Professor of Theoretical Physics at the University of Surrey in England, where he also holds a Chair in the Public Engagement in Science. The Professor is also an accomplished author and broadcaster who has presented TV documentaries for the BBC. He has been granted an Honorary Fellowship of the British Science Association - one of only 80 people to receive that honour in the last 200 years. In this interview, Professor Al-Khalili discusses his interest in science and his personal scientific heroes. He also outlines how discoveries about the achievements of scientists in Muslim civilisation (Ibn Sina, Al-Khwarizmi, Ibn Al-Haytham etc) had a huge influence on Western giants of science. --------- 1001Inventions is a global educational initiative that promotes awareness of the scientific and cultural achievements of Muslim civilisation during the Middle Ages and how those contributions helped build the foundations of our modern world. Working with worlds leading academics, 1001 Inventions engages with the public through educational media and interactive global exhibitions, in order to highlight the shared cultural and technological inheritance of humanity. Launched in the United Kingdom in March 2006, 1001 Inventions has successfully educated more than a million people, promoted cross-cultural understanding and strengthened social cohesion. 1001 Inventions was created by the academic Foundation for Science, Technology and Civilisation (FSTC) with support <b>...</b>

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Panel discussion from the 2011 World Science Festival on digital physics. Featuring: Edward Fredkin: Fredkin has been broadly interested in computation: hardware and software. He is the inventor of many things including the Trie data structure, the Fredkin Gate and the Billiard Ball Model. Fredkin and his students did pioneering work on cellular automata and reversible computing. He has also been involved in computer vision, chess and other areas of AI research. Fotini Markopoulou-Kalamara: A founding member and faculty at the Perimeter Institute for Theoretical Physics in Canada, a research institute devoted to foundational issues in theoretical physics, Fotini Markopoulou-Kalamara is a leading researcher in the problem of quantum gravity. Jürgen Schmidhuber: Jürgen Schmidhuber has published over 200 peer-reviewed scientific papers on artificial intelligence, machine learning, mathematically optimal universal AI, artificial curiosity and creativity, adaptive robotics, algorithmic information and complexity theory, computable universes and digital physics, the formal theory of beauty, and fine arts. Seth Lloyd: Working with a variety of groups to construct and operate quantum computers and quantum communication systems, Seth Lloyd is the first person to develop a realizable model for quantum computation. His research focuses on the role of information in complex systems and the quantum mechanics of living systems (known as `quantum life'), economics, and cosmology. John <b>...</b>

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The more scientifically literate, intellectually honest and objectively skeptical a person is, the more likely they are to disbelieve in anything supernatural, including gods. This is a compilation of some of the best examples of such individuals with their thoughts on the divine. They include in order of appearance: Professor Stephen Hawking is an English theoretical physicist and cosmologist, and was Lucasian Professor of Mathematics at the University of Cambridge for 30 years. Lord Martin Rees is the Astronomer Royal and Master of Trinity College, Cambridge. He was President of the Royal Society between 2005 and 2010. Dr Sam Harris is an American author, neuroscientist and CEO of Project Reason. He holds a PhD in neuroscience from UCLA, and a BA in philosophy from Stanford University. Professor Richard Feynman was an American physicist who received the Nobel Prize in Physics in 1965. Professor Noam Chomsky is an Institute Professor and professor emeritus of linguistics at MIT and well known as one of the fathers of modern linguistics. Stephen Fry is an English actor, screenwriter, author, playwright, journalist, poet, comedian, television presenter and film director. Professor Leonard Susskind is Professor of Theoretical Physics at Stanford University, and widely regarded as one of the fathers of string theory. Sir Bertrand Russell was an English philosopher who was awarded the Nobel Prize in Literature in 1950. He is considered one of the founders of analytic <b>...</b>

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A video by CERN, interview with theoretical physicist, Alvaro de Rujula. Date- 20th Aug 08. Source- cdsweb.cern.ch Q. 1. What is the importance or relationship between theoretical physics and the LHC project? Q. 2. What can be expected to happen on First Beam Day? Q. 3. What happens next in the story? Q. 4. What does this mean to you personally?

CERN

In 'Baths and Quarks', theoretical physics expert David Tong explains solitons and their effect on quarks and protons. 'Solitons' -- solitary waves which can be seen as bubble rings in the bath -- make it impossible for quarks and protons to be separated, thus holding together the universe, he says. "Baths would be so much more relaxing if they weren't so interesting. Bubble rings - there's something strange and unnatural about these objects - so structural where you wouldn't expect to see structure. When I get out of the bath and pull the plug, there's a world of water that drains away - a vortex - it's very similar to the bubble rings, and objects like these may just hold the key to one of the most important problems in particle physics [relating to quarks and protons]. My name is David Tong. My job is to understand the beautiful things that I see in the world around me. But to describe them properly, I have to understand them in the language in which nature is written."

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video by CERN, interview 2 with theoretical physicist, John Ellis. Date- 20th Aug 08. Source- cdsweb.cern.ch Q. 1. What is the importance or relationship between theoretical physics and the LHC project? Q. 2. What can be expected to happen on First Beam Day? Q. 3. What happens next in the story? Q. 4. What does this mean to you personally?

CERN LHC

bigthink.com Dr. Kaku addresses the question of whether the so-called Higgs-Boson, or God particle has been overhyped, and what its discovery would mean for physics.

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(March 19, 2012) Leonard Susskind concludes the course by wrapping up the major concepts that were covered throughout the quarter and discussing some of the limits of the field of quantum physics. In this course world renowned physicist, Leonard Susskind, dives into the fundamentals of classical mechanics and quantum physics. He discovers the link between the two branches of physics and ultimately shows how quantum mechanics grew out of the classical structure. Stanford University: www.stanford.edu Stanford Continuing Studies: continuingstudies.stanford.edu Stanford University Channel on YouTube: www.youtube.com

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Fermilab theoretical physicist, Dr. Christopher Hill explains what a positron is.

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Origins day keynote speaker Dr. Lawrence Krauss describes the mathematically beautiful symmetries that could allow our universe to come from nothing. His new book "A Universe from Nothing" has its own origins in this eponymous lecture series. Krauss is a theoretical physicist, cosmologist, professor of Physics and director of the Origins Project at Arizona State University, is the recipient of many accolades in physics and a best-selling author known for popularizing physics, science, reason, and skepticism. Find Lawrence Krauss' novels, including "A Universe from Nothing" at: amzn.to Find the UNI Freethinkers and Inquirers "Stardust" t-shirt featuring a quote from "A Universe from Nothing" at bit.ly Darwin Week is an annual event celebrating science, reason, and critical thinking hosted at the University of Northern Iowa (UNI) by the UNI Freethinkers and Inquirers (UNIFI). The mission of the UNI Freethinkers and Inquirers is to foster a welcoming environment for skeptics and non-believers, to encourage an open and involved dialogue on secular issues and rational thought, and to reach out to the community on matters important to all freethinking individuals.

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January 16, 2012 - In this course, world renowned physicist, Leonard Susskind, dives into the fundamentals of classical mechanics and quantum physics. He discovers the link between the two branches of physics and ultimately shows how quantum mechanics grew out of the classical structure. In this lecture, he discusses some of the basic logic in quantum mechanics and then moves into some more mathematical concepts. Stanford University: www.stanford.edu Stanford Continuing Studies: continuingstudies.stanford.edu Stanford University Channel on YouTube: www.youtube.com

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January 23, 2012 - In this course, world renowned physicist, Leonard Susskind, dives into the fundamentals of classical mechanics and quantum physics. He discovers the link between the two branches of physics and ultimately shows how quantum mechanics grew out of the classical structure. In this lecture, he works through some of the mathematics behind vectors and operators as used in physics. Stanford University: www.stanford.edu Stanford Continuing Studies: continuingstudies.stanford.edu Stanford University Channel on YouTube: www.youtube.com

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Complete video at: fora.tv Stanford University theoretical physicist Leonard Susskind rejects the idea of "intelligent design" as a theory for the origins of the universe. ----- Recognizing a contradiction in Stephen Hawking's claim that things disappear in black holes, Susskind and Gerard t'Hooft offered a counterargument aimed at disproving this controversial theory. Susskind discusses the story behind the black hole conflict and how it has led to a better idea of how our universe works - The Commonwealth Club of California Leonard Susskind is a theoretical physics professor at Stanford University in the field of string theory and quantum field theory. Susskind is widely regarded as one of the fathers of string theory for his early contributions to the String Theory model of particle physics.

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Interview with Dutch physicist Erik Verlinde (professor theoretical physics, University of Amsterdam) about his revolutionary theory on gravity. Language Dutch , English subtitles Interview: Jan Lepeltak, camera & editing: Leo Enzlin Camera and editing: Leo Enzlin

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Complete video at: fora.tv Professor of Computational Neuroscience at MIT Sebastian Seung discusses how the study of "connectomes", a comprehensive map of neural connections in the brain, can help turn science fiction into reality. Seung proposes that through the study of the connectome we can test whether ideas such as freezing ourselves or uploading our brains on to computers are even possible. ---- MIT professor Sebastian Seung has found what he calls the nexus of nature and nurture: the "Connectome", or the network of connections between neurons in the human brain. He will take you inside his ambitious quest to model the Connectome, which, if successful, would uncover the basis of personality, intelligence, memory and disorders such as autism and schizophrenia. McGill University Professor of Psychology and Neurosciences Daniel Levitin wrote in The Wall Street Journal that Connectome is "the best lay book on brain science I've ever read." Dr. Seung is Professor of Computational Neuroscience in the Department of Brain and Cognitive Sciences and the Department of Physics at the Massachusetts Institute of Technology, and Adjunct Assistant Neurobiologist at Massachusetts General Hospital, Boston. He studied theoretical physics with David Nelson at Harvard University, and completed postdoctoral training with Haim Sompolinsky at the Hebrew University of Jerusalem. Before joining the MIT faculty, he was a member of the Theoretical Physics Department at Bell Laboratories. Dr <b>...</b>

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