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Coupled resonator gyroscopes: what works and what does not

机译:耦合谐振器陀螺仪:什么起作用,什么不起作用

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This paper reviews a number of optical gyroscope architectures utilizing either slow or fast light that have been recently proposed in the literature to enhance rotation sensitivity, with a view to separate the schemes that offer a genuine enhancement from the ones that do not. The overall conclusion is that although slow-light coupled-resonator systems have interesting applications in other fields, for example for filtering or switching, none of the schemes proposed to date enable any enhancement in rotation sensitivity. Simple guidelines are outlined in an attempt to help clear misconceptions and hopefully reduce the number of erroneous publications on this subject in the future. On the other hand, fast light in a ring laser gyro can potentially enhance rotation sensitivity by up to six orders of magnitude. Future research directions likely to be fruitful are also outlined.
机译:本文回顾了最近在文献中提出的使用慢速或快速光的多种光学陀螺仪架构,以增强旋转灵敏度,以期将提供真正增强功能的方案与不提供方案的方案分开。总的结论是,尽管慢光耦合谐振器系统在其他领域具有有趣的应用,例如用于滤波或切换,但迄今为止提出的方案均未实现旋转灵敏度的任何提高。概述了简单的指南,以试图消除误解,并希望将来减少有关该主题的错误出版物的数量。另一方面,环形激光陀螺仪中的快光可以将旋转灵敏度提高多达六个数量级。还概述了将来可能富有成果的研究方向。

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