Titlebook: Quantum Optics; Including Noise Redu Miguel Orszag Textbook 20001st edition Springer-Verlag Berlin Heidelberg 2000 Lasers.Quantum Physics.S

省略

Miguel Orszagand contemporary topics in the field of educational technology;.Provides an?ongoing report on the current issues in the field of educational technology;.Contains a section presenting organizations dedicated to 978-3-030-71776-6978-3-030-71774-2Series ISSN 8755-2094

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Miguel Orszagand contemporary topics in the field of educational technology;.Provides an?ongoing report on the current issues in the field of educational technology;.Contains a section presenting organizations dedicated to 978-3-030-71776-6978-3-030-71774-2Series ISSN 8755-2094

disciplined

1439-2674 of ions in a Paul trap. These topics are presented in a unified and didactic manner. The presentation of the book is clear and pedagogical; it balances the theoretical aspects of the optical phenomena with recent relevant experiments.978-3-662-04114-7Series ISSN 1439-2674

instate

Atom-Field Interaction: Semiclassical Approach,In this chapter, we study the resonant interaction between atoms and light. 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,Coherent states, introduced by Glauber [4.1] and Sudarshan [4.2], are defined as the eigenstates of the annihilation operator.

SUGAR

States of the Electromagnetic Field II,In this chapter we deal with the general properties of squeezed states. We also describe two methods of detection of these states.

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Resonance Fluorescence,The theory of spontaneous emission was originally developed by Weisskopf and Wigner [10.1]. However, the sidebands for coherent single-mode fields were found by Mollow in the 1960s [10.2]. The physical origin of the sidebands in the resonance fluorescence spectrum can be nicely seen using dressed states [10.3].

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Quantum Noise Reduction I,In many areas of modern physics, ultrasmall displacements are detected optically. The small displacement is converted into a change of optical path length in an interferometer. This detection scheme is usually done in two ways:

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Quantum Noise Reduction II,In this chapter we will cover the area of theory and relevant experiments in the generation of squeezed states. Prior to discussing the parametric oscillator, we offer a brief introduction to non-linear optics and input-output theory. Finally, we will discuss other important experiments that generate squeezed states.