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Full Description
In the third, fully revised and expanded edition of this well established textbook, the authors present new concepts, results, techniques, and the latest experiments in the field of quantum optics. They begin with the basic building blocks and concepts, before moving on to detailed procedures, and novel techniques. The focus is on metrology, communications, and quantum logic, with a special emphasis on single photon technology as well as hybrid detection. A new feature to this edition are the end-of-chapter summaries and full problems sets throughout.
Contents
Foreword (1)Introduction (2)Classical models of light End of chapter summary and problem sets. (3)Photons End of chapter summary and problem sets (4)Quantum models of light End of chapter summary and problem sets. (5)Basic optical components End of chapter summary and problem sets (6) Lasers and amplifiers End of chapter summary and problem sets (7)Photodetection techniques End of chapter summary and problem sets (8)Quantum noise End of chapter summary and problem sets. (9)Squeezing experiments End of chapter summary and problem sets. (10)Application of squeezed light End of chapter summary and problem sets. (11)QND End of chapter summary and problem sets. (12)Fundamental tests of q mechanics End of chapter summary and problem sets (13)Quantum information End of chapter summary and problem sets. (14)Summary and outlook Appendices
