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Random noise processing using photon echo

机译:使用光子回波的随机噪声处理

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摘要

The excitation of stimulated echo by two pulses of Gaussian white noise, which are originated from a single source and short coherent pulse is considered. The present work studies the nonlinear properties of average amplitude of the echo as function of the spectral power density. The mean value of the complex envelope of the echo is obtained by solving stochastic Bloch equations in Stratonovich sense. The results can be used for analysis of nonlinear excitation characteristics based on saturation effect in photon and spin processors.
机译:考虑了高斯白噪声的两个脉冲激发的回波的激发,这两个脉冲来自单个源,并且短相干脉冲。本工作研究了回波平均幅度随频谱功率密度变化的非线性特性。通过求解Stratonovich意义上的随机Bloch方程,可以得到回波复包络的平均值。该结果可用于基于光子和自旋处理器中的饱和效应的非线性激励特性分析。

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