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Slow light in vertically coupled whispering gallery mode resonators

机译:垂直耦合的耳语画廊模式谐振器中的慢光

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We theoretically study propagation of light in a vertically coupled whispering gallery mode resonator (WGMR) waveguide consisting of a chain of disc WGMRs etched on the surface of a cylinder made of an optically transparent material. The waveguide is capable of reducing the group velocity of light by as much as a factor of a billion, is much more efficient than usual coupled resonator optical waveguides, and compete with slow light atomic systems. We discuss practical as well as fundamental advantages and disadvantages of the resonator and atomic delay lines.
机译:我们在理论上研究了光在垂直耦合的耳语画廊模式谐振器(WGMR)波导中的传播,该波导由一盘WGMR盘组成,这些WGMR盘刻在由光学透明材料制成的圆柱体表面上。该波导能够将光的群速度降低十亿分之一,比通常的耦合谐振器光波导更有效,并且可以与慢速光原子系统竞争。我们讨论了谐振器和原子延迟线的实际以及基本的优缺点。

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