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Noise suppression in three-level atomic system driven by quantized field

机译:量化场驱动的三级原子系统中的噪声抑制

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Numerically by the Monte-Carlo wave function (MCWF) method and analytically by the Heisenberg-Langevin method the interaction of three-level atom with quantized electromagnetic field is investigated in the conditions of electromagnetically induced transparency (EIT) conditions. A possibility of noise suppression in atomic system by means of quantum features of squeezed light is examined in detail. The characteristics of atomic system responsible for relaxation processes and noise in EIT are found.
机译:通过Monte-Carlo波浪功能(MCWF)方法和由Heisenberg-Langevin方法进行分析方法,在电磁诱导的透明度(EIT)条件的条件下,研究了三级原子与量化电磁场的相互作用。通过挤压光的量子特征,检查原子系统中噪声抑制的可能性。发现了负责放松过程和EIT噪声的原子系统的特征。

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