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arXiv quant-ph/9805077quant-ph
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环内压缩是环内原子的实压缩

In-loop squeezing is real squeezing to an in-loop atom

H. M. Wiseman

摘要:

电光反馈可以产生具有任意低噪声的环内光电流。这并不被认为是“真实”压缩的证据,因为压缩光不能从使用线性分束器的环中提取出来。在这里,我表明,照亮一个原子(这是一个非线性光学元件)与“在环”压缩光导致线窄的一个正交的原子的荧光。这一直被认为是一种只能通过挤压产生的效应。使用环内压缩的原子实验应该比使用传统压缩光源的实验容易得多。

英文摘要:

Electro-optical feedback can produce an in-loop photocurrent with arbitrarily low noise. This is not regarded as evidence of `real' squeezing because squeezed light cannot be extracted from the loop using a linear beam splitter. Here I show that illuminating an atom (which is a nonlinear optical element) with `in-loop' squeezed light causes line-narrowing of one quadrature of the atom's fluorescence. This has long been regarded as an effect which can only be produced by squeezing. Experiments on atoms using in-loop squeezing should be much easier than those with conventional sources of squeezed light.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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