INDEX TO THE FEYNMAN LECTURES ON PHYSICS AUDIO CDS

The tracks in the audio CD do not appear in the original order given in the books, however. If you wish to listen to the audio CDs in their original order, you may refer to the index here.

The book form of the Feynman Lectures on Physics is published by Addison-Wesley.

The audio CD is published by Perseus Books.

VOLUME 1    Quantum Mechanics

        DISK 1    V1 Ch 2       Basic physics
        DISK 2    V3 Ch 1       Quantum behavior
        DISK 3    V3 Ch 2       The relation of wave and particle viewpoints
        DISK 4    V3 Ch 3       Probability amplitudes
        DISK 5    V3 Ch 5       Spin one
        DISK 6    V3 Ch 6       Spin one-half

VOLUME 2    Advanced Quantum Mechanics

        DISK 1    V1 Ch 52      Symmetry in physical laws
        DISK 2    V3 Ch 4       Identical particles
        DISK 3    V3 Ch 12      The hyperfine splitting in hydrogen
        DISK 4    V3 CH 17      Symmetry and conservation laws
        DISK 5    V3 Ch 19      The hydrogen atom and the periodic table
        DISK 6    V3 Ch 21      The Schrödinger equation in classical context: a seminar on
                                       superconductivity

VOLUME 3    From Crystal Structure to Magnetism

        DISK 1    V2 Ch 30      The internal geometry of crystals
        DISK 2    V2 Ch 32      Refractive index of dense materials
        DISK 3    V2 Ch 39      Elastic materials
        DISK 4    V2 Ch 10      Dielectrics
        DISK 5    V2 Ch 11      Inside dielectrics
        DISK 6    V2 Ch 34      The magnetism of matter

VOLUME 4    Electrical and Magnetic Behavior

        DISK 1    V3 Ch 13      Propagation in a crystal lattice
        DISK 2    V3 Ch 14      Semiconductors
        DISK 3    V3 Ch 15      The independent particle approximation
        DISK 4    V3 Ch 21      The Schrödinger equation in classical context: a seminar on
                                       superconductivty
        DISK 5    V2 Ch 35      Paramagnetism and magnetic resonance
        DISK 6    V2 Ch 36      Ferromagnetism

VOLUME 5    Energy and Motion

        DISK 1    V1 Ch 4       Conservation of energy
        DISK 2    V1 Ch 8       Motion
        DISK 3    V1 Ch 9       Newton's laws of dynamics
        DISK 4    V1 Ch 10      Conservation of momentum
        DISK 5    V1 Ch 13      Work and potential energy (A)
        DISK 6    V1 Ch 14      Work and potential energy (conclusion)

VOLUME 6    Kinetics and Heat

        DISK 1    V1 Ch 39      The kinetic theory of gases
        DISK 2    V1 Ch 41      The Brownian movement
        DISK 3    V1 Ch 42      Applications of kinetic theory
        DISK 4    V1 Ch 43      Diffusion
        DISK 5    V1 Ch 44      The laws of thermodynamics
        DISK 6    V1 Ch 45      Illustrations of thermodynamics

VOLUME 7    Feynman on Mechanics

        DISK 1    V1 Ch 19      Center of mass; moment of inertia
        DISK 2    V1 Ch 20      Rotation in space
        DISK 3    V1 Ch 21      The harmonic oscillator
        DISK 4    V1 Ch 24      Transients
        DISK 5    V1 Ch 25      Linear systems and review
        DISK 6    V1 Ch 40      The principles of statistical mechanics

VOLUME 8    Feynman on Light

        DISK 1    V1 Ch 26      Optics: the principle of least time
        DISK 2    V1 Ch 27      Geometrical optics
        DISK 3    V1 Ch 28      Electromagnetic radiation
        DISK 4    V1 Ch 29      Interference
        DISK 5    V1 Ch 30      Diffraction
        DISK 6    V1 Ch 31      The origin of the refractive index

VOLUME 9    Basic Concepts in Classical Physics

        DISK 1    V1 Ch 5       Time and distance
        DISK 2    V1 Ch 11      Vectors
        DISK 3    V1 Ch 12      Characteristics of force
        DISK 4    V1 Ch 17      Space-time
        DISK 5    V1 Ch 18      Rotation in two dimensions
        DISK 6    V1 Ch 22      Algebra

VOLUME 10    Basic Concepts in Quantum Physics

        DISK 1    V3 Ch 1       Quantum behavior
        DISK 2    V3 Ch 2       The relation of wave and particle viewpoints
        DISK 3    V3 Ch 7       The dependence of amplitudes on time
        DISK 4    V3 Ch 8       The Hamilton matrix
        DISK 5    V3 Ch 16      The dependence of amplitudes on position
        DISK 6    V3 Ch 20      Operators

VOLUME 11    Feynman on Science and Vision

        DISK 1    V1 Ch 1       Atoms in motion
        DISK 2    V1 Ch 2       Basic physics
        DISK 3    V1 Ch 3       The relation of physics to other sciences
        DISK 4    V1 Ch 6       Probability
        DISK 5    V1 Ch 35      Color vision
        DISK 6    V1 Ch 36      Mechanisms of seeing

VOLUME 12    Feynman on Sound

        DISK 1    V1 Ch 46      Ratchet and pawl
        DISK 2    V1 Ch 47      Sound; the wave equation
        DISK 3    V1 Ch 48      Beats
        DISK 4    V1 Ch 49      Modes
        DISK 5    V1 Ch 50      Harmonics
        DISK 6    V1 Ch 51      Waves

VOLUME 13    Feynman on Fields

        DISK 1    V1 Ch 7       The theory of gravitation
        DISK 2    V1 Ch 15      The special theory of relativity
        DISK 3    V1 Ch 16      Relativistic energy and momentum
        DISK 4    V1 Ch 32      Radiation damping; light scattering
        DISK 5    V1 Ch 34      Relativistic effects in radiation
        DISK 6    V2 Ch 42      Curved space

VOLUME 14    Feynman on Electricity and Magnetism, Part 1

        DISK 1    V2 Ch 1       Electromagnetism
        DISK 2    V2 Ch 2       Differential calculus of vector fields
        DISK 3    V2 Ch 3       Vector integral calculus
        DISK 4    V2 Ch 4       Electrostatics
        DISK 5    V2 Ch 5       Application of Gauss's law
        DISK 6    V2 Ch 6       The electric field in various circumstances

VOLUME 15    Feynman on Electricity and Magnetism, Part 2

        DISK 1    V2 Ch 7       The electric field in various circumstances
        DISK 2    V2 Ch 8       Electrostatic energy
        DISK 3    V2 Ch 9       Electricity in the atmosphere
        DISK 4    V2 Ch 12      Electrostatic analogs
        DISK 5    V2 Ch 13      Magnetostatics
        DISK 6    V2 Ch 14      The magnetic field in various situations

VOLUME 16    Feynman on Electromagnetism

        DISK 1    V2 Ch 15      The vector potential
        DISK 2    V2 Ch 16      Induced currents
        DISK 3    V2 Ch 17      The laws of induction
        DISK 4    V2 Ch 18      The Maxwell equations
        DISK 5    V2 Ch 20      Solutions of Maxwell's equations in free space
        DISK 6    V2 Ch 21      Solutions of Maxwell's equations with currents and charges

VOLUME 17    Feynman on Electrodynamics

        DISK 1    V2 Ch 22      AC circuits
        DISK 2    V2 Ch 23      Cavity resonators
        DISK 3    V2 Ch 24      Waveguides
        DISK 4    V2 Ch 25      Electrodynamics in relativistic notation
        DISK 5    V2 Ch 26      Lorentz transformations of the fields
        DISK 6    V2 Ch 27      Field energy and field momentum

VOLUME 18    Feynman on Flow

        DISK 1    V2 Ch 31      Tensors
        DISK 2    V2 Ch 33      Reflection from surfaces
        DISK 3    V2 Ch 37      Magnetic materials
        DISK 4    V2 Ch 38      Elasticity
        DISK 5    V2 Ch 40      The flow of dry water
        DISK 6    V2 Ch 41      The flow of wet water

VOLUME 19    Feynman on Masers and Light

        DISK 1    V3 Ch 9       The ammonia maser
        DISK 2    V3 Ch 10      Other two-state systems
        DISK 3    V3 Ch 11      More two-state systems
        DISK 4    V3 Ch 18      Angular momentum
        DISK 5    V1 Ch 33      Polarization
        DISK 6    V2 Ch 19      The principle of least action

VOLUME 20    Feynman on Quantum Mechanics and Electromagnetism

        DISK 1    V1 Ch 38      The relation of wave and particle viewpoints
        DISK 2    V2 Ch 28      Electromagnetic mass
        DISK 3    V2 Ch 29      The motion of charges in electric and magnetic fields

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