Three-cavity system with multiple magnomechanically induced transparency

Abstract This paper presents the characteristics of a weak probe field in a three-connected cavity system. In this system, a microwave cavity contains a yittrium iron garnet sphere that is driven by a strong pump and a weak probe optical fields, and the magnon is driven by a weak microwave source. The other two cavities are empty and are coupled to the first cavity with specific coupling strengths. This setup leads to the observation of multiple magnomechanically induced transparency phenomena by varying quantum parameters g ma , g mb , and the coupling strengths between cavities J 1 and J 2 . The study of these phenomena in the three coupled cavities can potentially contribute to advancements in quantum transduction and future technologies.