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MASTER EQUATIONS IN QUANTUM OPTICS: SOME GENERALIZATIONS

    https://doi.org/10.1142/9789812798466_0003Cited by:0 (Source: Crossref)
    Abstract:

    The following sections are included:

    • INTRODUCTION

    • THE SYSTEM-RESERVOIR MODEL AND THE CLASSICAL AND QUANTUM THEORIES OF RELAXATION

      • Classical system-reservoir theory

      • Quantum theory of system-reservoir interaction: the master equation

    • GENERALIZATIONS OF THE MASTER EQUATION

      • Master equation for nonlinear systems

        • The master equation

        • Applications

      • Master equation for systems driven by ultrastrong field

        • The master equation

        • Application: Field-dependent relaxation

      • Non-Markovian master equation for linear systems

        • The basic equation

        • Applications

      • Non-Markovian master equation for nonlinear systems

        • Application

      • Master equation for systems stochastically perturbed

        • The basic equation

        • Applications

      • Master equation for reservoirs prepared in correlated states

        • The model and the basic equation

        • Applications

      • The master equation for squeezed reservoirs

        • The basic equations

        • Applications

        • Master equation for phase-sensitive reservoirs

    • An Overview of Some Related Developments

    • Conclusion

    • Acknowledgements

    • References

    • Figures