Titlebook: Unconventional Optical Elements for Information Storage, Processing and Communications; E. Marom,N. A. Vainos,E. Rosenfeld Book 2000 Kluwe

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Nonlinear Photonic Engineering: Physics and Applicationsorce in optics: electrooptic polymers have emerged in this context as a sound basis for a currently maturing integrated optics technology with a variety of industrial applications at stake. We report here on a major turning point in this field whereby nonlinear optical phenomena, while remaining a m

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Frequency Upconversion of Lasers with Optical Parametric Oscillatorsf laser systems to longer wavelengths. In addition, the use of a second nonlinear crystal inside the OPO cavity facilitates up-conversion to shorter wavelengths by intracavity second-harmonic generation (SHG) or by sum-frequency generation (SFG). Recently, upconversion OPO’s that use a single crysta

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All-Optical Semiconductor Switching Devices for Applications in Optical Communication Systemsstems based on the optical time-division multiplexing technique. We focus the discussion on a novel switch called GainTransparent-SOA switch. The key element of the Gain-Transparent-SOA switch is a semiconductor optical amplifier (SOA), which is transparent for the data signal. On the other hand, th

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Planar Diffractive Elements for Compact Opticsctor (or into the eye of a viewer). The planar optical configurations are usually much more compact, more mechanically stable, less sensitive to illumination wavelength and more suitable for mass production than systems using free space optics. An example illustrating a planar optics configuration for head mounted display is presented.

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