Show Summary Details
- Title Pages
- Dedication
- Preface
- Introduction
-
1 The Quantum nature of light -
2 Quantization of cavity modes -
3 Field quantization -
4 Interaction of light with matter -
5 Coherent states -
6 Entangled states -
7 Paraxial quantum optics -
8 Linear optical devices -
9 Photon detection -
10 Experiments in linear optics -
11 Coherent interaction of light with atoms -
12 Cavity quantum electrodynamics -
13 Nonlinear quantum optics -
14 Quantum noise and dissipation -
15 Nonclassical states of light -
16 Linear optical amplifiers* -
17 Quantum tomography -
18 The master equation -
19 Bell's theorem and its optical tests -
20 Quantum information -
Appendix A Mathematics -
Appendix B Classical electrodynamics -
Appendix C Quantum theory - References
- Index
Introduction
Introduction
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- Title Pages
- Dedication
- Preface
- Introduction
-
1 The Quantum nature of light -
2 Quantization of cavity modes -
3 Field quantization -
4 Interaction of light with matter -
5 Coherent states -
6 Entangled states -
7 Paraxial quantum optics -
8 Linear optical devices -
9 Photon detection -
10 Experiments in linear optics -
11 Coherent interaction of light with atoms -
12 Cavity quantum electrodynamics -
13 Nonlinear quantum optics -
14 Quantum noise and dissipation -
15 Nonclassical states of light -
16 Linear optical amplifiers* -
17 Quantum tomography -
18 The master equation -
19 Bell's theorem and its optical tests -
20 Quantum information -
Appendix A Mathematics -
Appendix B Classical electrodynamics -
Appendix C Quantum theory - References
- Index
