Titlebook: Nonlinear Optics: Materials and Devices; Proceedings of the I Christos Flytzanis,Jean Louis Oudar Conference proceedings 19861st edition Sp

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Nonlinear Guided Wavesearch [1–2], to the generation of new frequencies [1], and most recently to all-optical signal processing [3]. In general, nonlinear optical interactions occur whenever the optical fields associated with one or more laser beams propagating in a material are large enough to produce polarization field

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Nonlinear Interactions and Excitonic Effects in Semiconductor Quantum Wellstems. Demonstrations of device feasibility have been obtained in laboratories. However, the characteristics of the materials utilized so far do not meet all the stringent requirements imposed by implementation in real systems. It is most likely that new concepts have to be introduced in nonlinear op

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Femtosecond Lasers and Ultrafast Processes in Semiconductorsprocesses in various materials, including the dynamics of hot carriers in semiconductors. Of particular interest are GaAs and related compounds and structures, which are important for modern high-speed electronic devices, for example.

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Optical Fibres with Organic Crystalline Cores by Rayleigh scatter and IR absorption, as well as semiconductor lasers emitting high powers (> 10 mW). Work on coherent transmission systems has shown that, using lasers with extremely narrow linewidths (< 1 MHz), near quantum noise limited detection is possible. These advantages can only be fully

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Nonlinear Optics at Surfaces and in Composite Materialsnsions of crystals, for example, therefore breaking the translational invariance usually assumed, leading to the existence of surface states. One could cite many more examples. They are used in industrial processes such as mineral extraction or heterogeneous catalysis. They have already been studied