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MULTIMODE HIGHER-ORDER SQUEEZING IN MULTIWAVE MIXING PROCESSES

Nguyen Ba An

Published May 1, 2001• 0 citations
Publisher
DOI
10.1142/9789812811523_0039

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Modern Physics Letters B•Aug 30, 2009•2 citations
摘要 基于前向四波作用模型，在局域响应的ＬｉＮｂｏ3：Ｐｅ晶体中抽运光能转移是可能的．利用这个模型说明了信号光放大和高阶衍射光形成的实验结果． Abstract Based on the previous four-wave interaction model, it is expected the pump power transfer is possible in a crystal (LiNbO3:Fe) with a local nonlinear response. The experimental results, i.e., the signal beam amplification and the emergence of a higher diffraction order, are analyzed. 作者及机构信息 郭儒, 刘思敏, 凌振芳, 门丽秋, 孙骞, 张光寅 1. 天津南开大学物理系 Authors and contacts GUO RU, LIU SI-MIN, LING ZHEN-FANG, MEN LI-QIU, SUN QIAN, ZHANG GUANG-YIN 1. 天津南开大学物理系 参考文献 施引文献
We investigate theoretically the generation of squeezed states in spontaneous and stimulated five-wave mixing process. It has been found that squeezing occurs in field amplitude, amplitude-squared, amplitude-cubed and fourth-order amplitude states of the fundamental mode in the process. It is found to be dependent on coupling parameter g and phase values of the field amplitude of the fundamental mode. The process involves the absorption of two pump photons each having frequency ω1, emission of two probe photons of same frequency ω2 and a signal photon of frequency ω3. It is shown that squeezing is greater in a stimulated interaction than the corresponding squeezing in the spontaneous process. It is found that the degree of squeezing depends on the photon number in the first and higher orders. We study the statistical behaviour of quantum field in the fundamental mode. It has been found that the field shows sub-Poissonian behavior in this mode.