The Photon Has Three Polarizations | p. 1 |
The Photomagneton B[superscript (3)] and Longitudinal Ghost Field B[superscript (3)] of Electromagnetism | p. 4 |
The Relation Between Transverse and Longitudinal Solutions of Maxwell's Equations | p. 11 |
The One Electron Inverse Faraday Effect: The Role of the Equivalent Magnetic Field B[superscript (3)] | p. 24 |
Longitudinal Solutions of Maxwell's Equations in the Lorentz Gauge in Free Space | p. 32 |
Irreducible Tensorial Representations in R(3) of the Longitudinal Ghost Fields of Free Space Electromagnetism | p. 41 |
Theory of the Optical Faraday Effect | p. 54 |
Classical Relativistic Theory of the Longitudinal Ghost Fields of Electromagnetism | p. 75 |
The Magnetic Fields and Rotation Generators of Free Space Electromagnetism | p. 93 |
Some Consequences of Finite Photon Mass in Electromagnetic Theory | p. 116 |
Questions About The Field B[superscript (3)] | p. 204 |
Molecular Theory of Optical NMR Spectroscopy: Light Induced Bulk and Site Specific Shifts | p. 239 |
Optical NMR as a Shielding Phenomenon | p. 272 |
Manifestly Covariant Theory of the Electromagnetic Field: Longitudinal Magnetic Fields in Non-Conducting and Conducting Media, Reflection and Refraction | p. 292 |
Criticisms of the Diagrammatic Approach to Complete Experiment Symmetry | p. 308 |
The Photon's Magnetostatic Flux Quantum: Its Role in Circular Dichroism and the Electrical Kerr Effect | p. 320 |
The Maxwellian Limit of the Einstein-DeBroglie Theory of Electromagnetic Radiation | p. 329 |
Appendix 1: The Effect of B[superscript (3)] and iE[superscript (3)] on the Fundamentals of the Old Quantum Theory | p. 338 |
Appendix 2: Longitudinal Fields in Free Space and the Dual Transform of Special Relativity | p. 348 |
Appendix 3: The Vector Potential of B[superscript (3)] | p. 351 |
Appendix 4: The Complete Set of Cyclically Symmetric Relations in Vacuo | p. 354 |
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