The Properties of 2(2m+1)-TH Power Y-Squeezing of Generalized Electric Field Component in the State |
态｜ψ5^（3）〉q中广义电场的2（2m＋1）次方Y压缩特性

It is constructed that the fifth kind of multimode superposition state light field |ψ5(3)4q Which is composed of the linear suerpositions of macroscopically distinct three quantum states named multimode complex conjugation coherent state|{Zj*}4q, the contrary state|{-Zj*}4q of multimode complex conjugation coherent state |{Zj*}4q and multimode imaginary coherent state |{iZj}4q. By utilizing the theory of multimode squeezed states, the generalized nonlinear even-number-power equal power N-th power Y-squeezing effects of generalized electric field component in the state |ψ5(3)4q is studied firstly in detail. It is found that: if the squeezed-power-number N=2p and p=2m+1(here, m=0,1,2,...,...), Under some fixed conditions, the generalized electric field component in the state |ψ5(3)4q can always display the effects of even-number-power generalized nonlinear equal-power 2(2m+1)-th power Y-squeezing that changes periodically and alternatively.