非对称半导体量子阱中白发辐射相干诱导透明

物理学报

, , ,

陈爱喜, 陈渊, 邓黎, 邝耘丰. 2012: 非对称半导体量子阱中白发辐射相干诱导透明, 物理学报, 61(21): 232-236.

引用本文:

陈爱喜, 陈渊, 邓黎, 邝耘丰. 2012: 非对称半导体量子阱中白发辐射相干诱导透明, 物理学报, 61(21): 232-236.

2012: Spontaneously generated coherence induced transparency in an asymmetric semiconductor quantum well, Acta Physica Sinica, 61(21): 232-236.

Citation:

2012: Spontaneously generated coherence induced transparency in an asymmetric semiconductor quantum well, Acta Physica Sinica, 61(21): 232-236.

Spontaneously generated coherence induced transparency in an asymmetric semiconductor quantum well

摘要: 研究了一束低强度探测脉冲光场在一个非对称半导体量子阱中的传输特性．在相同参数条件下，通过由自发辐射相干产生的交叉耦合系数来调控介质对探测场吸收、色散的变化规律．结果表明：从自发辐射相干的引入到达到相干最大，介质的吸收不断减小，同时强色散也随之进入透明窗口．
- 量子阱 /
- 自发辐射相干 /
- 吸收 /
- 色散
Abstract: Properties of transmission of a weak pulsed light in an asymmetric semiconductor quantum well are investigated. Under the condition of same physical parameters, we research absorption and chromatic dispersion of pulsed light via changing the cross coupling term resulting from the spontaneously generated coherence effect in an asymmetric s~miconductor quantum well. It turns out that the absorption of quantum well medium is continually decreasing with the enhancement of spontaneously generated coherence effect. Simultaneously, strong chromatic dispersion turns into transparent window.