Author Affiliations
Key Laboratory of Low-Dimensional Quantum Structures and Quantum Control of Ministry of Education, Key Laboratory for Matter Microstructure and Function of Hunan Province, Department of Physics and Synergetic Innovation Center for Quantum Effects and Applications, Hunan Normal University, Changsha, Hunan 410081, Chinashow less
Fig. 1. Diagram of eigen-energy levels of mixed cavity optomechanical system in zero-, one-, and two-photon subspaces
Fig. 2. Two-photon scattering spectrum S(Δp,Δq) as a function of photon frequency detunings Δp/ωM and Δq/ωM for different coupling strengths when initial mechanical ground state is |0>b. (a) g1/ωM=0.20, g2/ωM=0.08; (b) g1/ωM=0.20, g2/ωM=0.01; (c) g1/ωM=0.40, g2/ωM=0.01; (d) zoomed view of peak with center position Δp+Δq=-δ in Fig. 2(c)
Fig. 3. Two-photon scattering spectra S(Δp,Δq) as functions of Δp/ωM and Δq/ωM for various values of coupling strength g2when the mechanical mode is in the ground state |0>b. (a)-(c) Corresponding to g2/ωM=0.01, 0.05, 0.10, respectively; (d)-(f) joint spectra S(Δ,Δ) along diagonal line Δp=Δq=Δ in corresponding to Figs. 3(a)-(c)
Fig. 4. Two-photon scattering spectra S(Δ,Δ) along diagonal line Δp=Δq=Δ for different coupling strength g1. (a) g1/ωM=0.01; (b) g1/ωM=0.10; (c) g1/ωM=0.50
Fig. 5. Two-photon scattering spectra S(Δ,Δ) along diagonal line Δp=Δq=Δ at various values of γc. (a) γc/ωM=0.01; (b) γc/ωM=0.10; (c) γc/ωM=0.80