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Journal of Northwest University

Generalized nonlinear equal-order H squeezing in the arbitrary Two-state superposition mulitmode superposition state light field

Bai Shao

Published Jan 1, 2003• 0 citations
OpenAlex

Abstract

By using the theory of multimode squeezed state,the property of generalized nonlinear equal order N order H squeezing of the arbitrary twostate superposition mulitmode superposition light field is studied firstly in detail.It is found,under different conditions,that the is stayed in equal order NH minimum uncertainty state,and played in half coherent state effect,and played in equal order N order H squeezing effect.Besides,it shows that the conclusions in the multimode even coherent state,mulitmode odd coherent state,mulitmode complex conjugation even coherent state,mulitmode complex conjugation odd coherent and the like are some special circumstances which have been.

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By using the theory of multimode squeezed state,the property of generalized nonlinear equal order N order H squeezing of the arbitrary twostate superposition mulitmode superposition light field is studied firstly in detail.It is found,under different conditions,that the is stayed in equal order NH minimum uncertainty state,and played in half coherent state effect,and played in equal order N order H squeezing effect.Besides,it shows that the conclusions in the multimode even coherent state,mulitmode odd coherent state,mulitmode complex conjugation even coherent state,mulitmode complex conjugation odd coherent and the like are some special circumstances which have been.
By using the theory of multimode squeezed state,the property of generalized nonlinear equal-order N-th power Y-squeezing in the multimode superposition state light field ｜Ψ~((2))〉_q with the superposition of arbitrary two quantum states is studied.It is evinced that the state ｜Ψ~((2))〉_q separately stayed equal-order N-Y minimum uncertainty state、present the effect of half coherent state、the first quadrature component or the second quadrature component present the properties of N-th power Y-squeezing in different conditions.
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