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Chinese Physics Letters

Probe Amplification with or without Population Inversion in a Five-Level Atomic System with Double-Dark Resonances

李家华, 谢小涛, 罗进明, 刘继兵

Published Jan 1, 2006• 0 citations
OpenAlex

Abstract

我们理论上在原子系统由介绍另外的信号域面对交往的双黑暗回声扰乱了的 afive 水平调查探查扩大的反应。探查扩大与或没有人口倒置的大改进能被适当地调整驾驶地和信号激光地的微波的力量完成，这被发现。从物理的观点，我们品质上以量干扰和处理状态解释这些结果。

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我们理论上在原子系统由介绍另外的信号域面对交往的双黑暗回声扰乱了的 afive 水平调查探查扩大的反应。探查扩大与或没有人口倒置的大改进能被适当地调整驾驶地和信号激光地的微波的力量完成，这被发现。从物理的观点，我们品质上以量干扰和处理状态解释这些结果。
We theoretically investigate the response of the probe amplification in a five-level atomic system in the presence of interacting double-dark resonances disturbed by introducing an additional signal field. It is found that a large enhancement of the probe amplification with or without population inversion can be achieved by properly adjusting the strengths of the microwave driving field and the signal laser field. From viewpoint of physics, we qualitatively explain these results in terms of quantum interference and dressed states.