A scheme for remote weak-signal sensors is proposed, in which a coupled-resonator optical waveguide(CROW), as a transmitter, couples to a hybrid optomechanical cavity and an observing cavity at its two ends. Non-Markovian theory is employed to study the weak-force sensor by treating the CROW as a non-Markovian reservoir of cavity fields. The dissipationless bound states in the non-Markovian regime are conducive to remotely transmitting a signal in the CROW. Our results show that a sensor with ultrahigh sensitivity can be achieved with the assistance of bound states under certain parameter regimes.

中文翻译：

---

通过光机械系统中的束缚态进行远程弱信号测量

提出了一种用于远程弱信号传感器的方案，其中，作为发射器的耦合谐振器光波导（CROW）耦合到混合光机腔和两端的观测腔。非马尔可夫理论通过将CROW视为腔场的非马尔可夫储层来研究弱力传感器。非马尔可夫体系中的无耗散束缚态有利于在CROW中远程传输信号。我们的结果表明，在某些参数范围内，借助结合态可以实现具有超高灵敏度的传感器。