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理论物理通讯：英文版

Optical Operator Method in Two-Mode Case and Entangled Fresnel Operator＇s Decomposition

Ma, Shan-Jun, Hu, Liyun Liyun, Fan, Hong-Yi

Published Jan 1, 2010• 0 citations
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Abstract

基于求婚在的纠缠的夫累Ｘ尔操作员(EFO )[Commun。Theor。Phys。46 (2006 ) 559 ] ，光操作员方法由 IWOP 技术学习了(妈等， Commun。Theor。Phys。49 (2008 ) 1295 ) 被扩大到二模式的盒子，它给纠缠的夫累Ｘ尔操作员的分解，相应于光线转移矩阵的分解[一， B， C， D ] 。EFO 能在二模式的情况中统一那些光操作员。进指数的正规操作员的 EFO 的各种各样的分解被获得。纠缠的州的表示在研究是有用的。

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基于求婚在的纠缠的夫累Ｘ尔操作员(EFO )[Commun。Theor。Phys。46 (2006 ) 559 ] ，光操作员方法由 IWOP 技术学习了(妈等， Commun。Theor。Phys。49 (2008 ) 1295 ) 被扩大到二模式的盒子，它给纠缠的夫累Ｘ尔操作员的分解，相应于光线转移矩阵的分解[一， B， C， D ] 。EFO 能在二模式的情况中统一那些光操作员。进指数的正规操作员的 EFO 的各种各样的分解被获得。纠缠的州的表示在研究是有用的。
Based on the entangled Fresnel operator (EFO) proposed in [Commun. Theor. Phys. 46 (2006) 559], the optical operator method studied by the IWOP technique (Ma et al., Commun. Theor. Phys. 49 (2008) 1295) is extended to the two-mode case, which gives the decomposition of the entangled Fresnel operator, corresponding to the decomposition of ray transfer matrix [A, B, C, D]. The EFO can unify those optical operators in two-mode case. Various decompositions of EFO into the exponential canonical operators are obtained. The entangled state representation is useful in the research.