标题： 通过可调开放通道在振荡器系统中动态控制耦合模式 显示英文标题

标题： Dynamic Control of Coupling Regimes in Oscillator Systems via Tunable Open Channels

摘要： 我们探索了一个由两个振荡器组成的系统，这些振荡器在不同的位置耦合到一个开放通道。 耦合性质可以调整为相干、耗散或两者的组合，这由振荡器之间波传播产生的可调相位控制。 这种设置使我们能够观察到特征能量水平行为：在相干耦合下发生能级排斥，而在耗散耦合下观察到能级吸引。 在耗散耦合的范围内，其中一个本征模成为暗态，使其免受外部扰动的影响。 通过利用通过开放通道的可调耦合，我们引入了一种操纵此暗态的新方法，实现了高效的激发和延长的寿命。 我们的结果在各种物理系统中具有广泛的应用性，包括光学、声学和磁配置，突显了在模式存储和信号处理中创新应用的潜力。 显示英文摘要

摘要： We explore a system comprising two oscillators that are coupled to an open channel at distinct locations. The coupling nature can be adjusted to be coherent, dissipative, or a combination of both, controlled by a tunable phase resulting from wave propagation between the oscillators. This setup allows us to observe characteristic energy level behaviors: level repulsion occurs with coherent coupling, while level attraction is observed with dissipative coupling. In the regime of dissipative coupling, one of the eigenmodes becomes a dark mode, rendering it immune to external perturbations. By leveraging the tunable coupling through the open channel, we introduce a novel method for manipulating this dark mode, achieving both efficient excitation and an extended lifetime. Our results have broad applicability across various physical systems, including optical, acoustic, and magnetic configurations, underscoring the potential for innovative applications in mode storage and signal processing.