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首页> 外文期刊>Chinese Journal of Lasers. B >The Nonadiabatic Geometric Phase (AA Phase) in a Quantum System Composed of a Cavity Field Interacting with a Quantum Oscillating-mirror
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The Nonadiabatic Geometric Phase (AA Phase) in a Quantum System Composed of a Cavity Field Interacting with a Quantum Oscillating-mirror

机译:由腔场与量子振荡镜相互作用构成的量子系统中的非绝热几何相(AA相)

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摘要

The nonadiabatic geometric phase (AA phase) generating in the quantum system consisting of a single-mode or many-mode cavity field with a quantified oscillating-mirror has been discussed. The result shows that such a phase only depends on the intensity of the cavity field but not on it photon statistics, which contrasts to these occurring in a Kerr-like medium.
机译:讨论了在量子系统中产生的非绝热几何相位(AA相),该量子系统由单模或多模腔场组成,并具有定量的振荡镜。结果表明,这样的相位仅取决于腔场的强度,而不取决于其光子统计量,这与在类似Kerr的介质中发生的相差很大。

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