90° Bending Optical Switch Based on Dielectric Meta-resonator

Shuhui Zheng, G. Dong
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Abstract

In order to realize optical switch with the function of bending and splitting in photonic integrated circuits, we propose an new strategy of optical switch based on the unique characteristics of square photonic crystal resonator around the Dirac-like point. The principle of standing wave resonance and effective medium theory are utilized in dielectric resonator to achieve the effective optical switch of 90° bending and splitting. The significant features of simple structure, low loss, high integration degree and flexibility of this optical switch may have potential applications in future photonic integration.
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基于介电元谐振腔的90°弯曲光开关
为了在光子集成电路中实现具有弯曲和分裂功能的光开关,我们基于类狄拉克点周围方形光子晶体谐振腔的独特特性,提出了一种新的光开关策略。在介质谐振腔中利用驻波谐振原理和有效介质理论,实现了90°弯曲和分裂的有效光开关。该光开关具有结构简单、损耗低、集成度高、灵活等显著特点,在未来的光子集成中具有潜在的应用前景。
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