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Theoretical and experimental study of structural slow light in a microfiber coil resonator

机译:超细纤维线圈谐振器中结构慢光的理论和实验研究

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摘要

In this paper, a compact slow-light microfiber coil resonator (MCR) is fabricated and the slow-light properties of it are analyzed and tested. Based on coupled-wave theory, a theoretical model for describing the slow-light propagation in the MCR is established. Experimentally, the MCR slow-light element is fabricated and its relative slow-light time delay is measured. The group velocity of the light pulse in the MCR slow-light element can be reduced to about 0.47c (c is the speed of light in vacuum) and the shape of the light pulse passing through the MCR is well preserved. (C) 2015 Optical Society of America
机译:在本文中,制造了紧凑的慢光微纤维线圈谐振器(MCR),并对其慢光特性进行了分析和测试。基于耦合波理论,建立了描述慢波在MCR中传播的理论模型。实验上,制造了MCR慢光元件,并测量了其相对慢光时间延迟。可以将MCR慢光元件中的光脉冲的群速度降低到大约0.47c(c是真空中的光速),并且可以很好地保留通过MCR的光脉冲的形状。 (C)2015年美国眼镜学会

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