The multiple optomechanically induced transparency (OMIT) of a compound optomechanical system is studied. The system contains two distant cavities and one of the cavity is filled with a three-level atomic medium. We focus on the number of OMIT windows, which is influenced by the coherent interactions between the system components. We find that four transparency windows can be observed from the output field at the probe frequency. When some of the internal interactions disappear, the number of transparent windows decreases. Moreover, we studied the influence of various factors on OMIT. The results show that the number and the width of the transparent windows are affected by the classical driving power, the coupling strength (between cavity field and atoms or between the two cavities), as well as the Rabi frequency. Our study provides a great flexibility for phonon storage and has potential applications in quantum information processing.

中文翻译：

---

三级原子介质辅助的模拟多色光机在远距离腔光机系统中产生的透明性

研究了复合光机械系统的多重光机械诱导透明度（OMIT）。该系统包含两个遥远的腔，其中一个腔充满了三级原子介质。我们关注OMIT窗口的数量，这受系统组件之间的连贯交互影响。我们发现在探头频率下可以从输出字段观察到四个透明窗口。当某些内部交互消失时，透明窗口的数量会减少。此外，我们研究了各种因素对OMIT的影响。结果表明，透明窗口的数量和宽度受经典驱动力，耦合强度（腔场和原子之间或两个腔之间）以及拉比频率的影响。