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Dispersive medium's normal coupled modes and low threshold optical bistability in a symmetric one-dimensional photonic crystal

机译:对称一维光子晶体中色散介质的正常耦合模式和低阈值双稳态

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We present a detailed study of the dispersive medium's normal coupled modes in a symmetric one-dimensional photonic crystals (1D PCs). The splitting, homogeneous broadening effect, and the detuning effect of the normal coupled modes can be well controlled by adjusting the parameters of the dispersive medium. The bistable behavior of the PCs with Keff medium is also investigated and it is found that the threshold intensity of nonlinear optical bistability (OB) of 1D PCs with dispersive medium is much lower than that of structure without dispersive medium. The threshold intensity is strikingly sensitive to the coupling strength of the dispersive medium. (c) 2005 Elsevier B.V. All rights reserved.
机译:我们目前对对称一维光子晶体(1D PC)中色散介质的正常耦合模式进行详细研究。通过调整分散介质的参数,可以很好地控制正常耦合模的分裂,均匀展宽效应和失谐效应。还研究了具有Keff介质的PC的双稳态行为,发现具有分散介质的一维PC的非线性光学双稳态(OB)阈值强度远低于没有分散介质的结构的双稳态。阈值强度对分散介质的耦合强度非常敏感。 (c)2005 Elsevier B.V.保留所有权利。

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