Quantum Theory of Near-Field Electrodynamics

1. Survey of the Classical Theory
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2. Maxwell–Lorentz Electrodynamics in Space-Time
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3. Electromagnetic Green Functions in Spectral Representation
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4. Angular Spectrum Representation of the Green Functions and Fields
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5. Multipole Electrodynamics
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6. Electrodynamic Interaction Between Point Dipoles: Local Fields
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7. Radiation Reaction
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8. About Local-Field Theory Based on Electron–Photon Wave Mechanics
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9. Transverse and Longitudinal Electrodynamics
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10. Linear Nonlocal Response Theory
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11. Density Matrix Formalism: Hamilton and Current Density Operators – Gauge Invariance
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12. Quantum Theory of the Generalized Nonlocal Linear Response
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13. Microscopic Ewald–Oseen Extinction Theorem: Coupled-Antenna Theory
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14. Transverse and Covariant Electromagnetic Propagators: Principal Volume and Self-Field Dyadics
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15. Photon Wave Mechanics: Complex Field Theory
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16. Photon Wave Mechanics: Energy Wave Function and Four-Potential Theories
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17. Photon Angular Momentum
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18. Photon Emission from Micro- and Mesoscopic Sources: Near-Field Aspects
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19. Eikonal Theory for Transverse Photons and Massive Particles of Zero Spin
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20. Spin-1/2 Currents: Spatial Photon Localization in Emission from a Pure Spin Transition
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21. One-Particle Position Operators and Spatial Localization
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22. Near Fields and QED
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23. The Route to the Maxwell–Lorentz Operator Equations in the Coulomb Gauge
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24. Field Commutators and Integral Representation of Various Covariant Propagators
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25. Electrodynamics in the Poincaré Gauge
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26. Photon-Field Operators: Wave-Packet Photons
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27. Photon Emission From Atoms: Elements of the Nonrelativistic QED Description
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28. Particle–Particle Interaction by Transverse Photon Exchange
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29. Photons in a Manifestly Lorentz-Covariant Theory
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30. Matter-Attached Quantized Fields
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Avainsanat: Physics, Quantum Optics, Optics and Electrodynamics, Nanotechnology