Lectures (Video)
- 1. Energy, Power, and Explosions
- 2. Oil, Coal, Batteries, Solar Cells
- 3. Atoms and Heat - Thermal Expansion
- 4. Engines and Refrigerators. Efficiency
- 5. Gravity and Satellites. Weightlessness
- 6. Orbits, Airplanes, Rockets, Balloons
- 7. Radioactivity, Cancer, Dirty Bombs
- 8. Plutonium, Fission, Fusion
- 9. Chain Reactions, Critical Mass
- 10. Nuclear Bombs, Reactors, Waste
- 11. More Nukes
- 12. Electricity and Magnetism
- 13. Transformers, Superconductors, AC-DC
- 14. Waves, UFOs, Roswell, Earthquakes
- 15. Sound and Music
- 16. Light, Information Theory, Vision
- 17. Images, Lenses, Holograms, Polaroids
- 18. Invisible Light: IR, UV, Spying
- 19. X-rays, PET and CAT scans, MRI
- 20. Global Warming. Greenhouse Effect
- 21. Climate Change. Sea Level. Storms
- 22. Quantum Physics. Uncertainty. Lasers
- 23. Transistors, Solar Cells, Xerox, Digital Photos
- 24. Relativity. Time Dilation, Space Contraction
- 25. E = mc^2, Antimatter, Tachyons, Causality
- 26. The Universe. Planets, Galaxies, Wimps and Machos
- 27. The Big Bang. Hubble Law, Dark Matter, Dark Energy
- 28. Final Review Part 1
- 29. Final Review Part 2
Introduction to Physics - Lecture 27
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Lecture 27 - The Big Bang. Hubble Law, Dark Matter, Dark Energy
The Big Bang. Hubble Law, Dark Matter, Dark Energy (Video is lost in the last 10 minutes, but audio is fine)
Prof. Richard Muller
Physics 10/LS C70V Descriptive Introduction to Physics, Spring 2008 (University of California, Berkeley: Webcast.Berkeley) http://webcast.berkeley.edu Date accessed: 2009-04-11 License: Creative commons BY-NC-ND 2.5 |
