Quantum Electromagnetics：A Local-Ether Wave Equation Unifying Quantum Mechanics, Electromagnetics, and Gravitation

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