Notes

Organized from the book table of contents.

TOC entries: 4 parts, 27 chapters, 791 sections.

Contents

• Front matter
• Contents

Part I: Classical and Semiclassical Light-Matter Interactions

• 1. Classical Atom-Field Interactions — PDF p. 31–62
• 2. Classical Coherence — PDF p. 63–96
• 3. Rate-Equation Model — PDF p. 97–106
• 4. The Quantum State — PDF p. 107–150
• 5. Two-Level Atom Interacting with a Classical Field — PDF p. 151–268
• 6. Three-Level Atom Interacting with a Classical Field — PDF p. 269–300
• 7. Atomic Angular-Momentum Structure — PDF p. 301–398

Part II: Quantum Light-Matter Interactions

• 8. Quantization of the Electromagnetic Field — PDF p. 401–456
• 9. Atomic Interaction with the Quantized Field — PDF p. 457–484
• 10. Cavity QED and the Jaynes-Cummings Model — PDF p. 485–494
• 11. Spontaneous Emission — PDF p. 495–510
• 12. Coupled-Mode Theory — PDF p. 511–532
• 13. Mechanical Effects of the Quantum Vacuum — PDF p. 533–578
• 14. QED with Dielectric Media — PDF p. 579–652
• 15. Resolvent Operator — PDF p. 653–684
• 16. Photodetection — PDF p. 685–694

Part III: Stochastic Trajectories in Quantum Mechanics

• 17. Stochastic Processes — PDF p. 697–832
• 18. Quantum Trajectories for Photodetection — PDF p. 833–864
• 19. Position Measurement — PDF p. 865–906
• 20. Path Integration — PDF p. 907–964
• 21. Path-Integral Calculation of Casimir Energies — PDF p. 965–1004
• 22. Electromagnetic Casimir Energies as Path Integrals — PDF p. 1005–1106

Part IV: Numerical Methods in Quantum Optics

• 23. Welcome to the Machine — PDF p. 1109–1120
• 24. Ordinary Differential Equations — PDF p. 1121–1132
• 25. Fourier Transforms — PDF p. 1133–1148
• 26. Split-Operator Methods — PDF p. 1149–1166
• 27. Stochastic Differential Equations — PDF p. 1167–1202