Chapter
2.2. Quantization of an Electromagnetic Field
Quantization of Electromagnetic Field in Photon Space
3.1. The Generalized Coordinates for Free Photon Space
3.2. The Generalized Coordinates for Photon – Electron System
3.3. Quantization of an Electromagnetic Field
3.4. Schrodinger’s Equation for a Photon
3.5. Solving of the Schrodinger’s Equation for a Photon in Photon Space
3.6. Problem of a Vacuum and Photon Length
Material Particle in Photon Space
4.1. Conservative Parameters in a Photon (Vector – Potential) Space
4.2. Schrodinger’s Equations for an Electron in Photon Space
4.3. “Jitter” of Electron in a Photon Space
4.4. The Magnetic Moment of Electron in a Photon Space
4.5. Interaction of a Photon and Atom in Photon Space
4.6. Multiphoton System in a Photon Space
4.7. About an Opportunity of the Nonlinear Schrodinger’s Equation Solution with Any Nonlinearity Type
4.8. Incompleteness of Physics
5.1. Stationary Gravitational Field of Solitary Mass
5.2. Non-Stationary Gravitational Field of Solitary Mass
5.3. The Lorentz’s Transformations in Schwarzschild’s Metrics and the Newton’s Law of a Universal Gravitation
6.1. Photon in Constant Homogeneous Gravitational Field
6.2. Generating of a Gravitational Radiation, and Gravitational Waves
6.3. Quantization of Gravitational Waves
6.4. The Graviton Equation
6.5. Registration of Graviton
Quantization of Fields
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