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Passive all-optical diode using asymmetric nonlinear absorption

机译:使用非对称非线性吸收的无源全光二极管

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摘要

Saturable and reverse saturable absorptions are well-known phenomena, originating from the imaginary component of the third order nonlinear optical susceptibility. We note that structures with an axially asymmetric nonlinear absorption can be easily realized from saturable and reverse saturable absorption materials arranged in tandem. In this paper, the basic transmission behavior of such a structure is worked out. Detailed numerical simulations demonstrate passive all-optical diode behavior, and the results are verified experimentally. The principle will work for all light polarizations, has no phase-matching restrictions, and can be extended to a large number of available nonlinear media for possible applications.
机译:饱和和反向饱和吸收是众所周知的现象,其起源于三阶非线性光学磁化率的虚部。我们注意到,具有轴向非对称非线性吸收的结构可以容易地由串联布置的可饱和和反可饱和吸收材料实现。本文研究了这种结构的基本传输行为。详细的数值模拟表明了无源全光二极管的行为,并且实验结果得到了验证。该原理将适用于所有光偏振,没有相位匹配限制,并且可以扩展到大量可用的非线性介质以用于可能的应用。

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