The article presents a new approach to the analysis of light propagation in photorefractive
materials. The discussed numerical method can be used for an analysis of the dynamics of …

Nonlinear light propagation in photorefractive media can be analyzed by numerical
methods. The presented numerical approach has regard to the effects of time nonlocality …

We study the anisotropic dynamic formation of photo-induced waveguide in biased
photorefractive media by means of a time resolved three-dimensional numerical model of …

We report on the reversal of degradation of information masks stored in self-defocusing
lithium niobate. After a long writing time, the image degradation appears as the splitting of …

We propose a near-infrared image recovery method based on modulation instability in the
photorefractive semiconductor CdZnTe: V. The formation mechanism of modulation …

This paper extends the existing theory of two-carrier photorefractivity resonance, which is
generally applied to iron doped indium phosphide (InP: Fe), to the case of low nonharmonic …

This paper reports an experimental study of the self-focusing process in iron doped indium
phosphide at an 1.06 micron wavelength, identifying the influence of temperature, beam …

A time resolved study of the behavior of a single beam in photorefractive iron doped indium
phosphide is provided down to the microsecond range, showing that infrared beam bending …

Indium Phosphide is a material of primary relevance in the field of opto-electronics since it
supersedes conventional materials such as AsGa for electron mobility and heat conduction …

The present rate of technological advance continues to place significant demands on data
storage devices. The sheer amount of digital data being generated each year along with …