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Electromagnetically-induced Focusing Controlled by a Microwave Field

机译:电磁诱导的微波场控制的聚焦

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We have theoretically predicted the effect of a microwave field on cross-focusing of an optical weak probe beam by a copropagating non-uniform control beam in an electromagnetically-induced transparency medium. Our numerical simulation shows probe beam focusing about 30% of its initial width in absence of microwave, whereas it focuses 70% in presence of microwave field.
机译:理论上我们已经预测了微波场在电磁诱导的透明度介质中通过共致非均匀控制光束对光学弱探针束的交叉聚焦的影响。我们的数值模拟显示了在没有微波的情况下聚焦其初始宽度的约30%的探针光束,而它在微波场存在下聚焦70%。

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