Titlebook: Quantum Statistics of Linear and Nonlinear Optical Phenomena; Jan Pe?ina Book 1991Latest edition Jan Pe?ina 1991 ASTER.biophysics.chaos.co

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Optical Correlation Phenomena,field, and show relations between various kinds of experiments and the corresponding quantum correlation functions. We consider the detection of a field using the interaction of this field with matter. If the detection device, composed of atoms, is assumed to be in its ground state, then photons are

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Heisenberg-Langevin and Master Equations Approaches to the Statistical Properties of Radiation Intech, to the statistical properties of radiation in interaction with matter. First we consider a model of the interaction of a single-mode radiation field with an infinite reservoir boson system (the quantum theory of damping). Then we consider the interaction of the electromagnetic field with a syste

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Quantum Statistics of Radiation in Random Media,edia, particularly with Gaussian and log-normal media, such as the turbulent atmosphere in certain regimes of fluctuations. We will not go into the nature and the structure of turbulence, which has been intensively investigated in the literature [e.g. Haken (1978), Sinaya and Shilnikov (1981), Janse

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Experiments for the Generation of Nonclassical Light (Antibunched, Sub-Poisson and Squeezed), photon antibunching, sub-Poisson photon statistics, and the squeezing of vacuum fluctuations. Substantial nonclassical effects observed in these experiments have a fundamental meaning for quantum theory and for the application of nonclassical light as a new state of optical fields.

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Chaotic Behaviour in Quantum Optics, We will give only brief information about the classification of chaos, routes to optical chaos, optical chaos in lasers, optical bistability and other nonlinear optical processes and some comments about quantum chaos where research is only beginning. This chapter represents an introduction only wit

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