In the previous chapter nonlinear optical waveguides were discussed and in many aspects
the aim of this work is to try to emulate digital electronic circuits—switching, serial …

Nonlinear optical properties of some materials, which are of current interest, are reviewed.
Emphasis is put on GaAs-A1GaAs multiple-quantum-wells, bulk GaAs and CdSxSi_x-doped …

The use of monomode optical fibers in optical communications systems is widespread, and
their transmission losses at the communications wavelengths of 1.3 and 1.55 µ m are now …

Nonlinear optics to be efficient, and hence useful, requires a number of parameters to be
optimized. All of nonlinear optics is driven by high intensities, ie large power per unit area …

The field of all-optical signal processing has matured to the point that prototype devices are
now being built. The development of this field, which has potential advantages over …

Digital optical computing architectures are surveyed, from the use of optics within electronic
machines to potential all-optical systems. Many of the schemes that have been implemented …

The dream of the all-optical processing of information has motivated efforts over the past
decade to create sensitive semiconductors that have large optical nonlinearities …

Nonlinear optical materials in which the index of refraction depends on the excitation density
have emerged at the forefront of research because of their importance to optical …

Nonlinear integrated optics is defined as the implementation of nonlinear optical interactions
in planar and channel waveguides. This field has grown dramatically in the past few years …

Nonlinear Materials and Devices for Optical Communication Systems clickable element to
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