録音資料

The Feynman lectures on physics : [set : v. 1-2] : [set : v. 3-4] : [set : v. 5-6] : [set : v. 7-8] : [set : v. 9-10] : [set : v. 11-12] : [set : v. 13-14] : [set : v. 15-16] : [set : v. 17-18] : [set : v. 19-20]

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The Feynman lectures on physics : [set : v. 1-2]

Material type
録音資料
Author
Richard P. Feynman
Publisher
Basic Books
Publication date
c2003-
Material Format
Recording Media
Capacity, size, etc.
4 3/4 in
NDC
-
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Notes on use

Note (General):

"Responding to the tremendous clamor for the original audio tapes from which the Lectures on physics were transcribed, Basic Books is releasing Feynma...

Related materials as well as pre- and post-revision versions

Conservation of energyLeave the NDL website. Relativistic energy and momentumLeave the NDL website. Basic physicsLeave the NDL website. Inside dielectricsLeave the NDL website. ElectrostaticsLeave the NDL website. The principle of least actionLeave the NDL website. Quantum behaviorLeave the NDL website. ElasticityLeave the NDL website. Angular momentumLeave the NDL website. Rotation in two dimensionsLeave the NDL website. Differential calculus of vector fieldsLeave the NDL website. The electric field in various circumstancesLeave the NDL website. Conservation of momentumLeave the NDL website. The Maxwell equationsLeave the NDL website. Kinetics and heatLeave the NDL website. PolarizationLeave the NDL website. The ammonia maserLeave the NDL website. AlgebraLeave the NDL website. Work and potential energy : conclusionLeave the NDL website. More two-state systemsLeave the NDL website. Atoms in motionLeave the NDL website. Vector integral calculusLeave the NDL website. The hamiltonian matrixLeave the NDL website. Feynman on masers and lightLeave the NDL website. Identical particlesLeave the NDL website. Geometrical opticsLeave the NDL website. Solutions of Maxwell's equations in free spaceLeave the NDL website. DielectricsLeave the NDL website. Optics: the principle of least timeLeave the NDL website. Applications of knetic theoryLeave the NDL website. The internal geometry of crystalsLeave the NDL website. Electrical and magnetic behaviorLeave the NDL website. Rotation in spaceLeave the NDL website. Radiation damping; light scatteringLeave the NDL website. The brownian movementLeave the NDL website. The dependence of amplitudes on timeLeave the NDL website. Illustrations of thermodynamicsLeave the NDL website. AC circuitsLeave the NDL website. Electricity in the atmosphereLeave the NDL website. Cavity resonatorsLeave the NDL website. Spin one-halfLeave the NDL website. Spin oneLeave the NDL website. Symmetry & conservation lawsLeave the NDL website. The special theory of relativityLeave the NDL website. Lorentz transformations of the fieldsLeave the NDL website. DiffractionLeave the NDL website. Symmetry in physical lawsLeave the NDL website. WaveguidesLeave the NDL website. Ratchet and pawlLeave the NDL website. Application of Gauss's lawLeave the NDL website. Newton's laws of dynamicsLeave the NDL website. ElectromagnetismLeave the NDL website. Electromagnetic massLeave the NDL website. Quantum behaviorLeave the NDL website. The independent particle approximationLeave the NDL website. FerromagnetismLeave the NDL website. Feynman on quantum mechanics and electromagnetismLeave the NDL website. Feynman on mechanicsLeave the NDL website. MotionLeave the NDL website. Electrostatic analogsLeave the NDL website. Reflection from surfacesLeave the NDL website. Curved spaceLeave the NDL website. ModesLeave the NDL website. The hyperfine splitting in hydrogenLeave the NDL website. The magnetism of matterLeave the NDL website. Refractive index of dense materialsLeave the NDL website. The principles of statistical mechanicsLeave the NDL website. BeatsLeave the NDL website. The relation of wave and particle viewpointsLeave the NDL website. Paramagnetism and magnetic resonanceLeave the NDL website. The relation of wave & particle viewpointsLeave the NDL website. Mechanisms of seeingLeave the NDL website. The relation of physics to other sciencesLeave the NDL website. OperatorsLeave the NDL website. The flow of wet waterLeave the NDL website. Basic physicsLeave the NDL website. Induced currentsLeave the NDL website. Relativistic effects in radiationLeave the NDL website. The kinetic theory of gasesLeave the NDL website. SemiconductorsLeave the NDL website. The harmonic oscillatorLeave the NDL website. Quantum behaviorLeave the NDL website. Probability amplitudesLeave the NDL website. Advanced quantum mechanicsLeave the NDL website. From crystal structure to magnetismLeave the NDL website. The origin of the refractive indexLeave the NDL website. MagnetostaticsLeave the NDL website. The theory of gravitationLeave the NDL website. The motion of charges in electric and magnetic fieldsLeave the NDL website. The relation of wave and particle viewpointsLeave the NDL website. VectorsLeave the NDL website. Elastic materialsLeave the NDL website. The flow of dry waterLeave the NDL website. Work and potential energy (A)Leave the NDL website. WavesLeave the NDL website. Time and distanceLeave the NDL website. Feynman on lightLeave the NDL website. Magnetic materialsLeave the NDL website. InterferenceLeave the NDL website. TensorsLeave the NDL website. The laws of thermodynamicsLeave the NDL website. Other two-state systemsLeave the NDL website. HarmonicsLeave the NDL website. Space-timeLeave the NDL website. ProbabilityLeave the NDL website. Linear systems and reviewLeave the NDL website. The electric field in various circumstancesLeave the NDL website. Color visionLeave the NDL website. The hydrogen atom & the periodic tableLeave the NDL website. Electrostatic energyLeave the NDL website. DiffusionLeave the NDL website. Characteristics of forceLeave the NDL website. Propagation in a crystal latticeLeave the NDL website. Field energy and field momentumLeave the NDL website. Solutions of Maxwell's equations with currents and chargesLeave the NDL website. The Schrödinger equation in a classical context : a seminar on superconductivityLeave the NDL website. The laws of inductionLeave the NDL website. Electromagnetic radiationLeave the NDL website. The vector potentialLeave the NDL website. Center of mass, moment and inertiaLeave the NDL website. The magnetic field in various situationsLeave the NDL website. Sound, the wave equationLeave the NDL website. Electrodynamics in relativistic notationLeave the NDL website. The schrödinger equation in a classical context: a seminar on superconductivityLeave the NDL website. TransientsLeave the NDL website. The dependence of amplitudes on positionLeave the NDL website. Energy and motionLeave the NDL website.

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Table of Contents

  • Conservation of energy

  • Relativistic energy and momentum

  • Basic physics

  • Inside dielectrics

  • Electrostatics

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Recording Media

Material Type
録音資料
ISBN
0738209244
9780738209258
9780738202839
9780738209272
9780738209289
9780738209296
9780738209302
9780738209319
9780738209326
9780738209333
Volume
: [set : v. 1-2]
: [set : v. 3-4]
: [set : v. 5-6]
: [set : v. 7-8]
: [set : v. 9-10]
: [set : v. 11-12]
: [set : v. 13-14]
: [set : v. 15-16]
: [set : v. 17-18]
: [set : v. 19-20]
Author/Editor
Richard P. Feynman
Publication, Distribution, etc.
Publication Date
c2003-
Publication Date (W3CDTF)
2003
Size
4 3/4 in