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Journal of Optoelectronics·laser

Squeezing Properties of a q-Deformed Superposit ion States Optical Field

Zhu Cong-xu

Published Jan 1, 2000• 0 citations
OpenAlex

Abstract

The superposition states,which are com posed of the q-coherent states and q-vacuum states,are presented.and their squ eezing properties (second order squeezing and high order squeezing) are disscuse d.The effects of the superposition coefficient and deformed parameter on these s queezing propertis are studied with the aid of numerical calculation.

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The superposition states,which are com posed of the q-coherent states and q-vacuum states,are presented.and their squ eezing properties (second order squeezing and high order squeezing) are disscuse d.The effects of the superposition coefficient and deformed parameter on these s queezing propertis are studied with the aid of numerical calculation.
In this paper, the quantum statistical properties of a class of superposed q-deformed generalized coherent states |ψ>=a|β>+beiφ|βeiδ> are studied. The results show that the superposition of q-deformed coherent generalized states generally exhibits squeezing and anti-bunching effects. The change of the phase difference between two generalized coherent states, the phase difference between two superposition coefficients, and both the amplitude and phase of the inner product of two generalized coherent states play important roles in squeezing effect and anti-bunching effect.