We report on numerical simulations of two-wave mixing of Gaussian beams in
photorefractive materials. By using a model that takes the lateral intensity distribution of the …

We present a very simple solution to the coupled partial differential equations which
describe the time dependence of hologram formation in photorefractive materials. The …

Stable oscillating nonlinear beams in square-wave-biased photorefractives clickable element
to expand a topic LOGIN OR CREATE ACCOUNT PRISM SUBMISSION This website uses …

We derive an analytic expression describing the intensity and field frequency dependence of
photorefractive gain in two-beam coupling under an alternating square-wave electric field …

A nonlinear theory is presented for the formation of hexagonal optical structures in a
photorefractive medium equipped with a feedback mirror. Oppositely directed beams in …

A phase-aberrated pump beam was photorefractively coupled to a divergent signal beam in
BaTi03 at 514.5 nm. Pump-to-signal ratios were set to induce large modulation depths. No …

Using a new model based on the so-called perturbational approach, we present a
theoretical analysis of nonlinear multiple-grating interaction in diffusion-dominated …

We report the real-time direct interference-term measurement for a two-wave-mixing
experiment in photorefractive crystals. Knowledge of the interference term may provide …

We report on the detailed experimental determination of the threshold for modulational
instability in a photorefractive single-mirror feedback system using a Fourier control …

We investigate theoretically the interaction of two or more beams intersecting at a small
angle in a photorefractive crystal with a local type of holographic recording. All necessary …