“…[13] Using the above atomic coherence process, the noise of interacting light was also discussed. [14][15][16] In this paper, we use the spatially homogeneous Dopplerfree FWM nonlinear atomic medium [12,17] to investigate the high reflection of the probe light. The comparison of Λ-type three-level system between two cases: ω p > ω c and ω p < ω c (ω p is the angular frequency of the probe light and ω c is that of the coupling field) is performed to support the dispersion compensation theory for phase matching condition.…”
“…[13] Using the above atomic coherence process, the noise of interacting light was also discussed. [14][15][16] In this paper, we use the spatially homogeneous Dopplerfree FWM nonlinear atomic medium [12,17] to investigate the high reflection of the probe light. The comparison of Λ-type three-level system between two cases: ω p > ω c and ω p < ω c (ω p is the angular frequency of the probe light and ω c is that of the coupling field) is performed to support the dispersion compensation theory for phase matching condition.…”
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