Titlebook: Quantum Optics; Including Noise Redu Miguel Orszag Textbook 20163rd edition Springer International Publishing Switzerland 2016 Atom Field H

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,Atom–Field Interaction: Semiclassical Approach,In this chapter, we study the resonant interaction between atoms and light. The Bloch’s equations are derived, and by adding a relaxation term, various decay effects are included.

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States of the Electromagnetic Field I,In this chapter, we study the coherent states and the thermal radiation.

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Quantum Theory of Coherence,In this chapter, we study Glauber’s quantum theory of coherence and photon counting.

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Phase Space Description,In this chapter, we consider an alternative way of studying quantum phenomena, using c-number functions in the phase space.

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,Atom–Field Interaction,In this chapter, we study the atom–field interaction in the usual and dressed picture. We also address the problems of Rabi oscillations and the collapse and revivals.

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,System–Reservoir Interactions,In this chapter, we learn how to introduce losses in our optical systems.

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