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Index
QUANTUM THEORY OF FIELDS
Preface
Preface to the English Edition
Contents
Chapter I General Principles
§ 1. The Canonical Formalism
§ 2. Conservation Laws for Energy, Momentum, and Angular Momentum
§ 3. Complex Field Functions. Conservation of Charge
§ 4. Lorentz Invariance. Time-Dependent Field Operators and Their Commutation Relations
§ 5. Introduction of the Momentum Space
Chapter II Scalar Fields
§ 6. Real Field in Vacuum
§ 7. Real Field with Sources
§ 8. Complex Vacuum Field 7
§ 9. Complex Field in Interaction with Protons and Neutrons 9
§ 10. Combined Charged and Neutral Field
§ 11. Charged Particles in an Electromagnetic Field
Chapter III The Vector Meson Field
§ 12. Complex Field in Vacuum1
§ 13. Vector Mesons in the Electromagnetic Field9
§ 14. Nuclear Interactions18
§ 15. Meson Theory and Nuclear Forces
Chapter IV Quantum Electrodynamics
§ 16. The Electromagnetic Field in Vacuum
§ 17. Interaction with Electrons
§ 18. Multiple-Time Formalism
§ 19. Remarks on the Self-Energy Problem
Chapter V The Quantization of the Electron Wave Field According to the Exclusion Principle
§ 20. Force-Free Electrons
§ 21. Electrons in the Electromagnetic Field
Chapter VI Supplementary Remarks
§ 22. Particles with Higher Spin. Spin and Statistics
§ 23. Outlook
Appendix I The Symmetrization of the Canonical Energy-Momentum Tensor
INDEX
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