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首页> 外文期刊>Physical Review, A. Atomic, molecular, and optical physics >White-light cavity based on coherent Raman scattering via normal modes ofa coupled cavity-and-atom system
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White-light cavity based on coherent Raman scattering via normal modes ofa coupled cavity-and-atom system

机译:耦合腔-原子系统正常模式下基于相干拉曼散射的白光腔

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摘要

We describe a white-light cavity scheme based on a cavity quantum electrodynamics system that consists ofmultiple three-level atoms confined in an optical cavity and coherently driven by a free-space, circularly polarizedfield. A linearly polarized field is coupled into the cavity mode and its two circular components induce coherentRaman transitions through the normal modes of the coupled atom-cavity system. One circular component of thecavity field experiences anomalous dispersion which enables broadband light transmission through the cavity.We present the experimental demonstration of the broadband light transmission through an optical cavity coupledto cold Rb atoms.
机译:我们描述了一种基于腔量子电动力学系统的白光腔方案,该系统由多个三级原子组成,这些三级原子被限制在一个光学腔中,并由自由空间,圆偏振场相干地驱动。线性极化场耦合到腔模中,并且它的两个圆形分量通过耦合原子-腔系统的正常模诱导相干拉曼跃迁。腔场的一个圆形分量会经历异常色散,从而使宽带光通过腔体传播。我们介绍了通过与冷Rb原子耦合的光学腔体进行宽带光透射的实验演示。

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