兩類新型MSCS光場的N(下標 j)次不等階Y壓縮
王菊霞, 楊志勇, 申正民, 侯洵
Abstract
The properties of unequalled-order N(subscript j)-th power Y-squeezing in the two new kind Multimode Schrodinger State (MSCS) light fields: (The equation is abbreviated) and (The equation is abbreviated) are studied firstly in detail. It's result reveals that the squeezing properties of similitude and degenrate between the two kind states mentioned above, With the initial phase φ(subscript j)(j=1,2,3,…,q) changing, and else some quantization or continuity conditions, the two kinds MSCS present periodically any unequalled-order N(subscript j)-th power Y-squeezing effect in the case of squeezing order N(subscript j)of each mode is equal to 4m(subscript j), 4m(subscript j)+1, 4m(subscript j)+2 and 4m(subscript j)+3(m(subscript j)=0,1,2,3,…) respectively. It is demonstrated that the state (The equation is abbreviated) and (The equation is abbreviated) are two kinds of typical multimode nonclassical light fields.