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Optical microcavity resonator system

机译:光学微腔谐振器系统

摘要

An optical resonator system includes a substrate, and a SPARROW optical waveguide disposed on the substrate for evanescently coupling light into an optical microcavity. The SPARROW waveguide includes a multi-layer dielectric stack formed of alternating high and low refractive index dielectric layers, and a waveguide core disposed on the dielectric stack. The waveguide core has an input end and an output end, and is adapted for transmitting optical radiation incident on the input end to the output end. The optical microcavity is disposed at a distance from the optical waveguide that is sufficiently small so as to allow evanescent coupling of light from the optical waveguide into the optical microcavity. The dielectric stack in the SPARROW waveguide isolates the waveguide core and the microcavity from the substrate, so that an optical coupling efficiency approaching 100% can be obtained.
机译:一种光学谐振器系统,包括:基板;和设置在基板上的SPARROW光波导,用于将光渐逝地耦合到光学微腔中。 SPARROW波导包括由交替的高和低折射率介电层形成的多层介电堆叠,以及设置在该介电堆叠上的波导芯。波导芯具有输入端和输出端,并且适于将入射在输入端上的光辐射传输到输出端。光学微腔距光波导的距离足够小,以允许将来自光波导的光短暂耦合到光学微腔中。 SPARROW波导中的电介质堆栈将波导芯和微腔与基板隔离,从而可以获得接近100%的光耦合效率。

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