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光机械系统量子纠缠和非线性性质的研究

摘要第4-5页
Abstract第5-6页
1 Introduction第15-25页
    1.1 The background of cavity optomechanics第15-16页
    1.2 The importance of optomechanics第16-17页
    1.3 The developments of optomechanical systems第17-19页
    1.4 preparation of nonclassical state in optomechanical systems第19-20页
    1.5 The contents and outline of the thesis第20-25页
2 Basic tools of optomechanics第25-57页
    2.1 The mechanical harmonic oscillator第25-31页
        2.1.1 Classical oscillator第25-27页
        2.1.2 Two coupled harmonic oscillators第27-29页
        2.1.3 The quantum mechanical harmonic oscillator第29-31页
    2.2 Fabry-Perot resonator第31-33页
    2.3 Cavity Optomechanics第33-42页
        2.3.1 The Hamiltonian formulatio第33-34页
        2.3.2 The optomechanical coupling第34-36页
        2.3.3 The linearized interaction of the optomechanical coupling第36-38页
        2.3.4 The coupling with environment第38页
        2.3.5 Photon Back-action and Quantum Limit第38-41页
        2.3.6 The standard Hamiltonian of the system第41-42页
    2.4 Radiation pressure第42-45页
        2.4.1 back ground of radiation pressure force第42-43页
        2.4.2 The couplin呂of moving mirror to radiation pressure第43-44页
        2.4.3 Radiatio打pressure cooling第44-45页
    2.5 Quantum Entanglement第45-48页
        2.5.1 Generation and applications of entanglement第45-46页
        2.5.2 Entanglement criteria第46-47页
        2.5.3 Entanglement measurement for continuous variables第47-48页
    2.6 Optical bistability第48-49页
    2.7 Squeezed state of light第49-57页
        2.7.1 Squeezed coherent state of light第52-53页
        2.7.2 Generating of squeezed state of light第53-54页
        2.7.3 Detection of squeezed light第54页
        2.7.4 Applications of squeezed light第54-57页
3 State transfer and entanglement of two mechanical oscillators第57-71页
    3.1 Back ground of r啟earch on entanglement第57-58页
    3.2 Theoretical models第58-60页
    3.3 Adiabatic elimination of. the fields第60-65页
    3.4 The quantum properties of the nanomechanical oscillators第65-70页
        3.4.1 state transfer between two mechanical oscillators第67-68页
        3.4.2 Entanglement of nanomechanical oscillators第68-70页
    3.5 Conclusion第70-71页
4 BistaMlity and entanglement of a two~mode cavity optomechanical system第71-83页
    4.1 Survey on entanglement and bistability第71-72页
    4.2 The Hamiltoaian and bistable behavior第72-76页
    4.3 The quantum properties of the system第76-81页
    4.4 Conclusion第81-83页
5 Generating of squeezed state in cavity optomechanical system第83-93页
    5.1 Squeezing in optomechanical system第83-84页
    5.2 Generation of squeezed state of cavity field第84-90页
        5.2.1 Single mode quadrature squeezed state第86-87页
        5.2.2 Two-mode quadrature squeezed state第87-89页
        5.2.3 Entanglement of the two cavity modes第89-90页
    5.3 Conclusion第90-93页
6 Conclusions and outlook第93-95页
    6.1 Summary第93-94页
    6.2 Prospect第94-95页
The Innovation Points第95-96页
创新点第96-97页
Bibliography and references第97-111页
The list of papers published as a Ph.D. Candidate第111-113页
Acknowledgements第113-115页
Brief Introduction to the author第115页

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