نور – فیزیک فوتون ۲۰۱۶
Light – The Physics of the Photon 2016

1. Front Cover

2. Contents

3. Preface

4. Acknowledgments

5. About the author

6. Part I: Classical optics in global vacuum

7. Chapter 1: Heading for photon physics

8. Chapter 2: Fundamentals of free electromagnetic fields

9. Chapter 3: Optics in the special theory of relativity

10. Part II: Light rays and geodesics. Maxwell theory in general relativity

11. Chapter 4: The light-particle and wave pictures in classical physics

12. Chapter 5: Eikonal theory and Fermat’s principle

13. Chapter 6: Geodesics in general relativity

14. Chapter 7: The space-time of general relativity

15. Chapter 8: Electromagnetic theory in curved space-time

16. Part III: Photon wave mechanics

17. Chapter 9: The elusive light particle

18. Chapter 10: Wave mechanics based on transverse vector potential

19. Chapter 11: Longitudinal and scalar photons. Gauge and near-field light quanta

20. Chapter 12: Massive photon field

21. Chapter 13: Photon energy wave function formalism

22. Part IV: Single-photon quantum opticsin Minkowskian space

23. Chapter 14: The photon of the quantized electromagnetic field

24. Chapter 15: Polychromatic photons

25. Chapter 16: Single-photon wave packet correlations

26. Chapter 17: Interference phenomena with single-photon states

27. Chapter 18: Free-field operators: Time evolution andcommutation relations

28. Part V: Photon embryo states

29. Chapter 19: Attached photons in rim zones

30. Chapter 20: Evanescent photon fields

31. Chapter 21: Photon tunneling

32. Chapter 22: Near-field photon emission in 3D

33. Part VI: Photon source domain andpropagators

34. Chapter 23: Super-confined T-photon sources

35. Chapter 24: Transverse current density in nonrelativistic quantum mechanics

36. Chapter 25: Spin-1/2 current density in relativistic quantum mechanics

37. Chapter 26: Massless photon propagators

38. Part VII: Photon vacuum and quanta in Minkowskian space

39. Chapter 27: Photons and observers

40. Chapter 28: The inertial class of observers: Photon vacuum and quanta

41. Chapter 29: The non-inertial class of observers: The nebulousparticle concept

42. Chapter 30: Photon mass and hidden gauge invariance

43. Part VIII: Two-photon entanglement inspace-time

44. Chapter 31: The quantal photon gas

45. Chapter 32: Quantum measurements

46. Chapter 33: Two-photon wave mechanics and correlation matrices

47. Chapter 34: Spontaneous one- and two-photon emissions

48. Bibliography

49. Back Cover