This is a description of a teaching experience. You can use markdown like any other post.

List of Recommended Videos

• TED (TED Channel on YouTube):
  • An Inside Tour of the World's Biggest Supercollider, by Brian Cox
  • Beauty and Truth in Physics and Do all languages have a common ancestor?, by Murray Gell-Man
  • The Universe on a String, by Brian Greene
  • What is Our Place in the Cosmos?, by David Deutsch
  • Asking Big Questions About the Universe, by Stephen Hawking
  • The universe is queerer than we can suppose, by Richard Dawkins
  • 18 minutes with an agile mind, by Clifford Stoll
  • Earth in its final century?, by Sir Martin Rees
  • How juries are fooled by statistics, by Peter Donnelly
  • The true face of Leonardo Da Vinci?, by Siegfried Woldhek
  • Help build the Encyclopedia of Life, by E.O. Wilson
  • Why we know less than ever about the world, by Alisa Miller
  • Do schools kill creativity?, by Sir Ken Robinson
  • The birth of the computer, by George Dyson
  • The double helix and today's DNA mysteries, by James Watson
  • How creativity is being strangled by the law, by Larry Lessig
  • Goodbye, textbooks; hello, open-source learning, by Richard Baraniuk
  • What separates us from the apes?, by Jane Goodall
  • The stuff of thought, by Steven Pinker
  • What we can learn from spaghetti sauce, by Malcolm Gladwell
  • Where does creativity hide?, by Amy Tan
  • Picturing excess, by Chris Jordan
• On The History of Ugliness, by Umberto Eco
• The Wonders of Physics
• A Celebration of Richard Feynman
• The Pleasure of Finding Things Out, by Richard P. Feynman
• The Douglas Robb Memorial Lectures, by Richard P. Feynman:
  • Photons - Corpuscles of Light
  • Fits of Reflection and Transmission - Quantum Behaviour
  • Electrons and their Interaction
  • New Queries
• Black holes, Wormholes and Time Travel
• Fashion, Faith and Fantasy in the New Physics of the Universe, by Roger Penrose:
  • Lecture 1
  • Lecture 2
  • Lecture 3
• Before the Big Bang, by Roger Penrose
• Gravity, Black Holes, and Strings, by Juan Maldacena
• Quest For Unification, by Edward Witten
• Quantum Physics Made Relatively Simple, by Hans Bethe
• Pegram Lectures, by Peter Galison:
  • Einstein's Clocks, Poincare's Maps
  • The Pyramid and the Ring
  • Picturing Objectivity
• Brookhaven Women in Science Lecture
• Confessions of a President's Science Advisor, by Neal Lane
• The Origin of Mass and the Feebleness of Gravity, by Frank Wilczek
• The Role of Empirical Rules in Predicting Directions in Science, by Maurice Goldhaber
• String Theory for Pedestrians, by B. Zwiebach
• Fundamentals of Physics
• Excitatory Topics in Physics
• Gödel, Escher, Bach: A Mental Space Odyssey
• Introductory Physics
• Introductory Math
• Computational Methods of Scientific Programming
• The Practice of Mathematics, by Robert Langlands
• Quantum Field Theory, by Sidney R. Coleman; and Lectures on Quantum Field Theory, by David Tong
• Mirror Symmetry and Langlands Duality, by Michael Thaddeus