Part I. Classical Theory: 1. Preface |
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2. Charges coupled to the electromagnetic field | |
3. Historical notes | |
4. Energy-momentum relation | |
5. Long time asymptotics | |
6. Adiabatic limit | |
7. Self-force | |
8. Comparison dynamics | |
9. Lorentz-Dirac equation | |
10. Spinning charges | |
11. Many charges | |
12. Outlook, summary | |
Part II. Quantum Theory: 13. Quantizing the Abraham model |
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14. Statistical mechanics connection | |
15. States of lowest energy: statistics | |
16. States of lowest energy: dynamics | |
17. Radiation | |
18. Relaxation at finite temperatures | |
19. Behavior at very large and very small distances | |
20. Many charges, stability of matter. |