GROUP VELOCITY OF LIGHT IN LADDER-TYPE SPHERICAL QUANTUM DOT WITH HIDROGENIC IMPURITY

V. Pavlovic, Ljiljana Stevanović
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Abstract

The present paper analyses the group velocity of light in a ladder-type spherical quantum dot with on-center hydrogenic impurity. The three level ladder configuration is realized by energy levels of hydrogenic impurity, together with the probe and control laser fields. Group velocity of the probe field is then investigated as a function of the spherical quantum dot radius, probe field frequency, and control laser field intensity.
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含含氢杂质的阶梯型球形量子点中光的群速度
本文分析了含非中心氢杂质的阶梯型球形量子点中的群速度。利用含氢杂质的能级以及探测和控制激光场,实现了三能级阶梯结构。然后研究了探测场的群速度与球量子点半径、探测场频率和控制激光场强度的关系。
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