Figure 2

The power transmission coefficient \(|t_{p}|^{2}\) as functions of the normalized detuning \(\Omega /\omega _{m}\) for different values of the mechanical driving fields. Other parameters are \(\lambda =532\text{ nm}\), \(L=6.7\text{ cm}\), \(\kappa =2\pi \times 10^{4}\text{ Hz}\), \(\eta _{c}=0.5\), \(\omega _{1}=\omega _{2}=\omega _{m}=2\pi \times 10^{5}\text{ Hz}\), \(\gamma _{1}=\gamma _{2}=20\text{ Hz}\), \(m_{1}=m_{2}=10^{-9}\text{ g}\), \(R_{1}=R_{2}=0.45\), \(T=90\) K, \(P_{c}=90~\mu \mathrm{W}\), and \(\Delta =2\omega _{m}\)