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    Journals >Chinese Journal of Lasers >Volume 50 >Issue 6 >Page 0612001 > Article
    • Chinese Journal of Lasers
    • Vol. 50, Issue 6, 0612001 (2023)
    Coherent Optical Transmission in Magneto-Optomechanical Systems Enhanced by Auxiliary Cavity
    Baocheng Hou and Huajun Chen*
    Author Affiliations
  • School of Mechanics and Optoelectronic Physics, Anhui University of Science and Technology, Huainan 232001, Anhui , China
    • show less
    DOI: 10.3788/CJL220630 Cite this Article Set citation alerts
    Baocheng Hou, Huajun Chen. Coherent Optical Transmission in Magneto-Optomechanical Systems Enhanced by Auxiliary Cavity[J]. Chinese Journal of Lasers, 2023, 50(6): 0612001 Copy Citation Text show less
    Dual-microcavity magneto-optomechanical system
    Fig. 1. Dual-microcavity magneto-optomechanical system
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    TL and RL versus x/κ under different conditions. (a)(b) Different J; (c)(d) different n
    Fig. 2. TL and RL versus x/κ under different conditions. (a)(b) Different J; (c)(d) different n
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    TL and RL versus x/κ under different conditions. (a) n=0, J=κ, gma=4κ; (b) n=0, J=1.5κ, gma=4κ; (c) n=0, J=2κ,gma=4κ; (d) n=1, J=κ, gma=4κ; (e) n=1, J=2κ, gma=4κ; (f) n=1, J=2κ, gma=6κ
    Fig. 3. TL and RL versus x/κ under different conditions. (a) n=0, J=κ, gma=4κ; (b) n=0, J=1.5κ, gma=4κ; (c) n=0, J=2κ,gma=4κ; (d) n=1, J=κ, gma=4κ; (e) n=1, J=2κ, gma=4κ; (f) n=1, J=2κ, gma=6κ
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    TL and RL versus x/κ under different conditions. (a)-(c) n=0, gma=4κ, G=2κ, and different J; (d) n=0, J=κ, gma=4κ, G=4κ
    Fig. 4. TL and RL versus x/κ under different conditions. (a)-(c) n=0, gma=4κ, G=2κ, and different J; (d) n=0, J=κ, gma=4κ, G=4κ
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    TL and RL versus x/κ under different conditions. (a) n=1, J=κ, gma=4κ, G=2κ; (b) n=1, J=2κ, gma=4κ, G=2κ; (c) n=1, J=κ, gma=6κ, G=2κ; (d) n=1, J=κ, gma=6κ, G=6κ
    Fig. 5. TL and RL versus x/κ under different conditions. (a) n=1, J=κ, gma=4κ, G=2κ; (b) n=1, J=2κ, gma=4κ, G=2κ; (c) n=1, J=κ, gma=6κ, G=2κ; (d) n=1, J=κ, gma=6κ, G=6κ
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    Baocheng Hou, Huajun Chen. Coherent Optical Transmission in Magneto-Optomechanical Systems Enhanced by Auxiliary Cavity[J]. Chinese Journal of Lasers, 2023, 50(6): 0612001
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