The Very Best of the Feynman Lectures

Other by Richard P. Feynman

Released 3 October 2005

non-music

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Tracklist

CD 1: Volume I, Chapter 7: The Theory of Gravitation
1
Planetary Motions
3:55
2
Kepler's Laws
1:58
3
Development of Dynamics
3:59
4
Newton's Law of Gravitation
12:07
5
Universal Gravitation
11:45
6
Cavendish's Experiment
4:04
7
What Is Gravity?
15:18
8
Gravity and Relativity
3:07
CD 2: Volume II, Chapter 42: Curved Space
1
Curved Spaces With Two Dimensions
22:19
2
Curvature in Three-Dimensional Space
5:31
3
Our Space Is Curved
6:41
4
Geometry in Space-Time
3:58
5
Gravity and the Principle of Equivalance
4:19
6
The Speed of Clocks in a Gravitational Field
8:35
7
The Curvature of Space-Time
1:19
8
Motion in Curved Space-Time
5:53
9
Einstein's Theory of Gravitation
5:48
CD 3: Volume II, Chapter 1: Electromagnetism
1
Electrical Forces
16:37
2
Electrical and Magnetic Fields
4:41
3
Characteristics of Vector Fields
5:42
4
The Laws of Electromagnetism
22:22
5
What Are the Fields?
7:24
6
Electromagnetism in Science and Technology
4:21
CD 4: Volume I, Chapter 6: Probability
1
Chance and Likelihood
Matthew Sands
5:43
2
Fluctuations
Matthew Sands
10:18
3
The Random Walk
Matthew Sands
9:46
4
A Probability Distribution
Matthew Sands
12:28
5
The Uncertainty Principle
Matthew Sands
17:14
CD 5: Volume I, Chapter 38: The Relation of Wave and Particle Viewpoints
1
Probability Wave Amplitudes
3:57
2
Measurement of Position and Momentum
15:42
3
Crystal Diffraction
7:59
4
The Size of an Atom
8:21
5
Energy Levels
6:33
6
Philosophical Implications
14:23
CD 6: Volume III, Chapter 21: The Schrödinger Equation in a Classical Context: A Seminar on Superconductivity
1
Schrödinger's Equation in a Magnetic Field
11:45
2
The Equation of Continuity for Probabilities
2:30
3
Two Kinds of Momentum
4:47
4
The Meaning of the Wave Function
5:12
5
Superconductivity
6:49
6
The Meissner Effect
4:50
7
Flux Quantization
5:57
8
The Dynamics of Superconductivity
5:08
9
The Josephson Junction
13:51