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混合光力系统中透明现象的研究

摘要第4-6页
Abstract第6-7页
主要符号表第14-15页
1 Introduction第15-25页
    1.1 The background of cavity optomechanics第15-16页
    1.2 The development of optomechanical systems第16-19页
    1.3 The importance of cavity optomechanics第19页
    1.4 Optomechanically induced transparency and Fano resonances in cavityoptomechanics第19-23页
    1.5 The contents and outline of the thesis第23-25页
2 Fundamental knowledge about optomechanical systems第25-83页
    2.1 Overview第25页
    2.2 Quantization of electromagnetic field第25-26页
    2.3 The mechanical harmonic oscillator第26-34页
        2.3.1 Classical harmonic oscillator第27-31页
        2.3.2 Quantum harmonic oscillator第31-34页
    2.4 Cavity quantum electrodynamic system第34-40页
        2.4.1 Quantum theory of the interaction of light and matter第36-37页
        2.4.2 Interaction of a single two-level atom with a quantized field第37-40页
    2.5 Radiation pressure force第40-45页
        2.5.1 Classical analysis of the radiation pressure第42-43页
        2.5.2 Quantum analysis of the radiation pressure第43-45页
    2.6 The optomechanical systems第45-51页
        2.6.1 Febry-Perot cavity第45-48页
        2.6.2 Optomechanical system with membrane第48-50页
        2.6.3 Microtoroidal optomechanical system第50-51页
    2.7 Optomechanical experimental parameters第51-53页
    2.8 The Hamiltonian第53-55页
    2.9 Linearization of Hamiltonian第55-57页
    2.10 Light induced modification of mechanical response第57-60页
        2.10.1 Effective optomechanical damping rate第60页
        2.10.2 Light induced shift in frequency第60页
    2.11 Quantum Langevin equations第60-62页
    2.12 Input-output formulation第62-65页
    2.13 Homodyne detection第65-67页
    2.14 Optomechanically induced transparency in an optomechanical system第67-77页
        2.14.1 Electromagnetically induced transparency第67-74页
        2.14.2 Optomechanically induced transparency第74-77页
    2.15 Fano resonances第77-83页
        2.15.1 Basic theory of Fano resonances第77-79页
        2.15.2 Fano resonances in an optomechanical system第79-83页
3 Optomechanically induced transparency in multi-cavity optome-chanical system with and without one two-level atom第83-97页
    3.1 Overview and introduction第83-84页
    3.2 Theoretical model第84-85页
    3.3 The dynamics第85-87页
    3.4 Output field and OMIT windows第87-95页
        3.4.1 The atom is trapped in the odd-labeled cavity第92页
        3.4.2 The atom is trapped in the even-labeled cavity第92-94页
        3.4.3 The role of the mechanical oscillator第94-95页
    3.5 Discussions and conclusion第95-97页
4 Controllable optomechanically induced transparency in coupledoptomechanical systems第97-107页
    4.1 Overview and introduction第97页
    4.2 Theoretical framework of optomechanical system and its Hamiltonian第97-100页
    4.3 Output field and OMIT in the system第100-106页
        4.3.1 Output field第100-101页
        4.3.2 OMIT windows第101-106页
    4.4 Discussions and conclusion第106-107页
5 Tunable optomechanically induced transparency and Fano reso-nance in optomechanical system with levitated nanosphere第107-121页
    5.1 Overview and introduction第107-108页
    5.2 The model and the dynamics第108-111页
    5.3 Optical response in the output fields第111-121页
        5.3.1 Single Fano resonance in output field第115-117页
        5.3.2 Double Fano resonance in output field第117-121页
6 Summary and prospect第121-125页
    6.1 Summary第121-123页
    6.2 Prospect第123-125页
参考文献第125-137页
攻读博士学位期间发表学术论文情况第137-139页
创新点摘要第139-141页
致谢第141-143页
作者简介第143页

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