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$ 333 ～ 1400 | Quantum Electromagnetics: A Local-Ether Wave Equation Unifying Quantum Mechanics, Electromagnetics, and Gravitation
作者：Ching-Chuan Su 出版社：國立清華大學出版社 出版日期：1970-01-01 語言：繁體/中文  共 4 筆 → 查價格、看圖書介紹
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圖書名稱：Quantum Electromagnetics：A Local-Ether Wave Equation Unifying Quantum Mechanics, Electromagnetics, and Gravitation
內容簡介
This book presents a local-ether wave equation for electromagnetic and matter waves. From this wave equation, a time evolution equation is derived, which represents modifications of Schr‥odinger's equation. From this modified equation, an electromagnetic force law is derived, which represents modifications of the Lorentz force law. From the modified force law, relationships between electric and magnetic fields are derived, which represent modifications of Maxwell's equations.
目錄
Introduction 1
I.1 Review of Conventional Electromagnetics 2
I.2 Review of Special Relativity 6
I.3 Review of Quantum Mechanics 9
I.4 Outline of Quantum Electromagnetics 10
Chapter 1 Local-Ether Model of Wave Propagation
1.1 Motivation for Local-Ether Model 19
1.2 Classical Propagation Model and Sagnac Effect 20
1.3 Propagation Mechanisms and Sagnac Effects in High-Precision Experiments 24
1.4 Discrepancy in Effects of Earth’s Motions 30
1.5 Local-Ether Propagation Model 34
1.6 Reexamination of Various Propagation Phenomena 37
1.7 Unsolved and Predicted Propagation Phenomena 50
Chapter 2 Modifications of Lorentz Force Law
2.1 Frame-Invariance of Electromagnetic Force 57
2.2 Augmented Potentials and Electromagnetic Force Law 60
2.3 Augmented Potentials under Neutralization 63
2.4 Force Law under Low-Speed Condition 64
2.5 Sagnac-Effect Deviation and Galilean Relativity 66
2.6 Extra Force Terms 69
Chapter 3 Modifications of Maxwell’s Equations
3.1 Issue of Reference Frame in Electromagnetics 74
3.2 Modified Lorentz Force Law 76
3.3 Local-Ether Wave Equations for Potentials 78
3.4 Local-Ether Wave Equations for Fields 79
3.5 Reexamination of Various Interference Experiments 84
3.6 Derivation of Modifications of Maxwell’s Equations 92
Chapter 4 Modifications of Schr‥odinger’s Equation
4.1 Force Law and Wave Equation 101
4.2 Local-Ether Wave Equation and Evolution Equation 102
4.3 Derivation of Electrostatic Force and Mass 105
4.4 Local-EtherWave Equation with Augmentation Operator 108
4.5 Derivation of Local-Ether Electromagnetic Force 109
4.6 Augmented Potentials under Weak-Potential and Low-Speed Conditions 112
4.7 Comparison with Schr‥odinger’s Equation 115
Chapter 5 Unified Quantum Theory of Electromagnetic and Gravitational Forces
5.1 Gravitational Effects 122
5.2 Local-EtherWave Equation with Gravitational Potential 123
5.3 Derivation of Unified Quantum Theory 126
5.4 Reexamination of Evidence for General Relativity 128
Chapter 6 Speed-Dependent Mass and Quantum Energy
6.1 Speed-Dependence of Atomic Clock Rate 141
6.2 Evolution Equation beyond Low-Speed Condition 142
6.3 Particle Velocity and Speed-Dependent Mass 145
6.4 Speed-Dependent Quantum Energy 147
6.5 Reexamination of Experiments with Atomic Clock Rate 150
Chapter 7 Resonant Absorption between Moving Atoms
7.1 Frequency Shifts 161
7.2 Higher-Order Doppler Frequency Shift 163
7.3 Quantum Energy Variation and Resonant-Absorption Condition 165
7.4 Reexamination of Resonant-Absorption Experiments 168
Chapter 8 Interference of Matter Wave
8.1 Properties of Matter Wave 181
8.2 Local-Ether Wave Equation for Free Particle 182
8.3 Dispersion of Matter Wave 183
8.4 Mass, Energy, and Momentum 185
8.5 Reexamination of Matter-Wave Interference Experiments 189
Epilogue 203
Appendices 207
Bibliography 215
Index 229
I.1 Review of Conventional Electromagnetics 2
I.2 Review of Special Relativity 6
I.3 Review of Quantum Mechanics 9
I.4 Outline of Quantum Electromagnetics 10
Chapter 1 Local-Ether Model of Wave Propagation
1.1 Motivation for Local-Ether Model 19
1.2 Classical Propagation Model and Sagnac Effect 20
1.3 Propagation Mechanisms and Sagnac Effects in High-Precision Experiments 24
1.4 Discrepancy in Effects of Earth’s Motions 30
1.5 Local-Ether Propagation Model 34
1.6 Reexamination of Various Propagation Phenomena 37
1.7 Unsolved and Predicted Propagation Phenomena 50
Chapter 2 Modifications of Lorentz Force Law
2.1 Frame-Invariance of Electromagnetic Force 57
2.2 Augmented Potentials and Electromagnetic Force Law 60
2.3 Augmented Potentials under Neutralization 63
2.4 Force Law under Low-Speed Condition 64
2.5 Sagnac-Effect Deviation and Galilean Relativity 66
2.6 Extra Force Terms 69
Chapter 3 Modifications of Maxwell’s Equations
3.1 Issue of Reference Frame in Electromagnetics 74
3.2 Modified Lorentz Force Law 76
3.3 Local-Ether Wave Equations for Potentials 78
3.4 Local-Ether Wave Equations for Fields 79
3.5 Reexamination of Various Interference Experiments 84
3.6 Derivation of Modifications of Maxwell’s Equations 92
Chapter 4 Modifications of Schr‥odinger’s Equation
4.1 Force Law and Wave Equation 101
4.2 Local-Ether Wave Equation and Evolution Equation 102
4.3 Derivation of Electrostatic Force and Mass 105
4.4 Local-EtherWave Equation with Augmentation Operator 108
4.5 Derivation of Local-Ether Electromagnetic Force 109
4.6 Augmented Potentials under Weak-Potential and Low-Speed Conditions 112
4.7 Comparison with Schr‥odinger’s Equation 115
Chapter 5 Unified Quantum Theory of Electromagnetic and Gravitational Forces
5.1 Gravitational Effects 122
5.2 Local-EtherWave Equation with Gravitational Potential 123
5.3 Derivation of Unified Quantum Theory 126
5.4 Reexamination of Evidence for General Relativity 128
Chapter 6 Speed-Dependent Mass and Quantum Energy
6.1 Speed-Dependence of Atomic Clock Rate 141
6.2 Evolution Equation beyond Low-Speed Condition 142
6.3 Particle Velocity and Speed-Dependent Mass 145
6.4 Speed-Dependent Quantum Energy 147
6.5 Reexamination of Experiments with Atomic Clock Rate 150
Chapter 7 Resonant Absorption between Moving Atoms
7.1 Frequency Shifts 161
7.2 Higher-Order Doppler Frequency Shift 163
7.3 Quantum Energy Variation and Resonant-Absorption Condition 165
7.4 Reexamination of Resonant-Absorption Experiments 168
Chapter 8 Interference of Matter Wave
8.1 Properties of Matter Wave 181
8.2 Local-Ether Wave Equation for Free Particle 182
8.3 Dispersion of Matter Wave 183
8.4 Mass, Energy, and Momentum 185
8.5 Reexamination of Matter-Wave Interference Experiments 189
Epilogue 203
Appendices 207
Bibliography 215
Index 229
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