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Buffer-gas-induced narrowing of electromagnetically induced transparent spectra for an open system

机译:开放系统中缓冲气体引起的电磁感应透明光谱的变窄

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摘要

We have investigated the spectra of the electromagnetically induced transparency (EIT) when a cell is filled with a buffer gas. Our theoretical results show that the buffer gas can induce a narrower spectra line and steeper dispersion than those of the usual EIT case in a homogeneous and Doppler broadened system. The linewidth decreases with the increase of the buffer gas pressure. This narrow spectra may be applied to quantum information processing, nonlinear optics and atomic frequency standard.
机译:我们已经研究了当电池充满缓冲气体时电磁感应透明性(EIT)的光谱。我们的理论结果表明,与均质多普勒增宽系统中的普通EIT情况相比,缓冲气体可引起更窄的谱线和更陡峭的色散。线宽随着缓冲气体压力的增加而减小。这种窄光谱可以应用于量子信息处理,非线性光学和原子频率标准。

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