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FV: A Charged Harmonic
Oscillator Placed in a Uniform Electric Field |
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GV: Coherent
"Quasi-classical" States of the Harmonic Oscillator |
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HV: Normal Vibrational
Modes of Two Coupled Harmonic Oscillators |
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JV: Vibrational Modes of
an Infinite Linear Chain of Coupled Harmonic Oscillators; Photons |
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KV: Vibrational Modes of a
Continuous Physical System Application to Radiation; Photons |
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LV: The One-dimensional
Harmonic Oscillator in Thermodynamic Equilibrium at a Temperature T |
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MV: Exercises |
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Chapter VI
General Properties of Angular Momentum in Quantum Mechanics |
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A. Introduction: the Importance of Angular Momentum |
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B. Commutation relations Characteristic of Angular Momentum |
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C. General Theory of Angular Momentum |
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D. Application to Orbital Angular Momentum |
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Complements of Chapter VI |
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Reader's Guide |
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AVI: Spherical Harmonics |
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BVI: Angular Momentum and
Rotations |
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CVI: Rotation of Diatomic
Molecules |
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DVI: Angular Momentum of
Stationary States of a Two-dimensional Harmonic Oscillator |
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EVI: A Charged Particle in
a Magnetic Field; Landau Levels |
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FVI: Exercises |
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Chapter VII
Particle in a Central Potential. The Hydrogen Atom |
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A. Stationary States of a Particle in a Central Potential |
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B. Motion of the Center of Mass and Relative Motion for a
System of Two Interacting Particles |
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C. The Hydrogen Atom |
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