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Influence of field-dependent relaxation on amplification without inversion

机译:场相关弛豫对无反演放大的影响

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Abstract: We study a three-level atomic system strongly driven by a monochromatic field resonant to one of atomic transitions. The second highest frequency transition is probed by a weak field. In such a system we predict a novel mechanism of probe field amplification without inversion via strong field induced spontaneous relaxation of the ground atomic state. Unlike the AWI in the $Lambda@-scheme this mechanism appears in case of sufficiently fast relaxation at the low frequency transition.!7
机译:摘要:我们研究了一个三级原子系统,该系统由与原子跃迁之一共振的单色场强烈驱动。第二个最高的频率跃迁由一个弱磁场探测。在这样的系统中,我们预测了通过强场诱导基态原子自发弛豫而不会反转的探针场放大的新机制。与$ Lambda @ -scheme中的AWI不同,此机制出现在低频过渡足够快速放松的情况下。!7

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