Difference between revisions of "Photon-atom interactions"
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This chapter begins our application of the optical Bloch equations to the exploration of interactions between photons and atoms. | This chapter begins our application of the optical Bloch equations to the exploration of interactions between photons and atoms. | ||
| − | * [[ | + | * [[Derivation of the QED Hamiltonian]] |
| − | * [[ | + | * [[Feynman diagrams and perturbativ]] |
* [[Resonant scattering]] | * [[Resonant scattering]] | ||
* [[Van der Waals interaction]] | * [[Van der Waals interaction]] | ||
Revision as of 07:27, 22 March 2009
This chapter begins our application of the optical Bloch equations to the exploration of interactions between photons and atoms.
- Derivation of the QED Hamiltonian
- Feynman diagrams and perturbativ
- Resonant scattering
- Van der Waals interaction
Handouts (2007)
- Casimir force Lecture notes
- Interaction processes between photons and atoms
- See API:
- 1 Feynman diagrams see pp. 15-21 and Complement A_I
- 2 Absorption, emission, scattering see pp. 67-93
- 3 Resonant scattering see pp. 93-97 and pp. 226 ff.
- See API:
- Van der Waals Interaction
- see pp. 121-126 of API
- four pages course notes from Dan Kleppner
- Physics Today paper by L. Spruch (Nov. 1986, p. 37)
