Amplitude-Nth-power squeezing of PB phase coherent states |
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| Authors: | MA Zhi-min |
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| Affiliation: | Physics Dept.of Hulan School, Harbin Normal University, Harbin 150500, China;Dept.of Physics,ZaoZhuang Teacher's College, Zaozhuang.277100, China; Zhuhai Polytechnic,Zhuhai 519015,China;Dalian Railway Institute,Dalian 160020,China;Dept.of Physics,Harbin Institute of Technology,Harbin 150001 ,China |
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| Abstract: | PB Phase Coherent States are very important quantum states in quantum optics. In order to investigate the amplitude- Nth -power squeezing of PB Phase Coherent States, we introduce the algebraic properties of the PB phase operator and the PB Phase Coherent States which are constructed by PB phase theory. We applied amplitude- Nth -power squeezing theory to define the Amplitude- Nth -Power Squeezing of PB Phase Coherent States and investigate the characteristic of the amplitude- Nth -power squeezing of PB Phase Coherent States.Phase Coherent State), the results show that when Z is a real number there only exists amplitude- Nth -power squeezing of X component; when Z is a complex number, there exists amplitude- Nth -power squeezing ofX component and Y component; when Z is a pure imaginary number, if N is odd, then there does not exist amplitudeNth -power squeezing of X component, but there exists amplitude- Nth -power squeezing of Ycomponent and ifN is even, then there exists amplitude-Nth -power squeezing of X component, but there does not exist amplitudeNth -power squeezing of Y component. |
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| Keywords: | PB phase operator algebraic property PB phase coherent state Nth-power squeezing |
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