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Coupling properties and sensing applications of photonic molecules

机译:光子分子的耦合特性和传感应用

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Photonic molecules formed by microresonators with coupled whispering gallery modes were studied by finite-difference time-domain modeling. Mode splitting was observed due to coherent coupling. Spatial mode distribution was shown to be different for each coupled mode. The advantages of photonic molecules over single resonators for sensing applications were demonstrated.
机译:通过有限差分时域建模研究了耦合回音壁模式的微谐振器形成的光子分子。由于相干耦合,观察到模式分裂。对于每个耦合模式,空间模式分布显示为不同。展示了光子分子相对于单个谐振器在传感应用中的优势。

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