"An extensive introduction to quantum mechanics for undergraduate physics majors, based on the required MIT course and refined for the popular "Mastering Quantum Mechanics" edX course"--
"An extensive introduction to quantum mechanics for undergraduate physics majors, based on the required MIT course and refined for the popular "Mastering Quantum Mechanics" edX course"--Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Preface xv I Essentials 1 1 Key Features of Quantum Mechanics 3 2 Light, Particles, and Waves 31 3 Schrodinger Equation 67 4 Wave Packets, Uncertainty, and Momentum Space 93 5 Expectation Values and Hermitian Operators 111 6 Stationary States I: Special Potentials 133 7 Stationary States II: General Features 171 8 Stationary States III: Scattering 211 9 Harmonic Oscillator 233 10 Angular Momentum and Central Potentials 255 11 Hydrogen Atom 281 12 The Simplest Quantum System: Spin One-Half 307 II Theory 335 13 Vector Spaces and Operators 337 14 Inner Products, Adjoints, and Bra-kets 381 15 Uncertainty Principle and Compatible Operators 427 16 Pictures of Quantum Mechanics 459 17 Dynamics of Quantum Systems 481 18 Multiparticle States and Tensor Products 519 19 Angular Momentum and Central Potentials: Part II 555 20 Addition of Angular Momentum 599 21 Identical Particles 639 III Applications 685 22 Density Matrix and Decoherence 687 23 Quantum Computation 737 24 Charged Particles in Electromagnetic Fields 761 25 Time-Independent Perturbation Theory 793 26 WKB and Semiclassical Approximation 849 27 Time-Dependent Perturbation Theory 891 28 Adiabatic Approximation 953 29 Scattering in One Dimension 999 30 Scattering in Three Dimensions 1025 References 1057 Index 1065
Preface xv I Essentials 1 1 Key Features of Quantum Mechanics 3 2 Light, Particles, and Waves 31 3 Schrodinger Equation 67 4 Wave Packets, Uncertainty, and Momentum Space 93 5 Expectation Values and Hermitian Operators 111 6 Stationary States I: Special Potentials 133 7 Stationary States II: General Features 171 8 Stationary States III: Scattering 211 9 Harmonic Oscillator 233 10 Angular Momentum and Central Potentials 255 11 Hydrogen Atom 281 12 The Simplest Quantum System: Spin One-Half 307 II Theory 335 13 Vector Spaces and Operators 337 14 Inner Products, Adjoints, and Bra-kets 381 15 Uncertainty Principle and Compatible Operators 427 16 Pictures of Quantum Mechanics 459 17 Dynamics of Quantum Systems 481 18 Multiparticle States and Tensor Products 519 19 Angular Momentum and Central Potentials: Part II 555 20 Addition of Angular Momentum 599 21 Identical Particles 639 III Applications 685 22 Density Matrix and Decoherence 687 23 Quantum Computation 737 24 Charged Particles in Electromagnetic Fields 761 25 Time-Independent Perturbation Theory 793 26 WKB and Semiclassical Approximation 849 27 Time-Dependent Perturbation Theory 891 28 Adiabatic Approximation 953 29 Scattering in One Dimension 999 30 Scattering in Three Dimensions 1025 References 1057 Index 1065
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