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Resonance-based optical routing and nonreciprocity in photonic molecules with coupled whispering gallery modes

机译:耦合耳语画廊模式的光子分子中基于共振的光学路由和不可逆性

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Through numerical modeling, we study routing of the light pulses in coupled cylindrical whispering gallery mode microresonators. The coupling of light in and out of such structures is provided using strip-waveguides. We show that such photonic molecules display a complicated resonant behavior, leading to a nonreciprocal transport and a wavelength-dependent connectivity of the optical ports.
机译:通过数值模型,我们研究了耦合的圆柱耳语画廊模式微谐振器中光脉冲的路由。使用带状波导提供光在这种结构中的进出耦合。我们表明,这样的光子分子显示出复杂的共振行为,导致光学端口的不可逆传输和波长依赖的连通性。

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