In a recent paper [1] we analyzed the use of fringe-locked holographic recording in Bi 12 SiO
20 and concluded that this new technique was a simple adaptive means to match the …

The basic physical mechanisms of hologram formation, as well as the major specific features
of Bragg diffraction from anisotropic volume phase holograms recorded in cubic …

In order to obtain the maximum diffraction efficiency, holograms recorded in a
photorefractive crystal must be replayed by a readout beam incident at the correct angle …

This work presents a holographic interferometer that uses the photorefractive sillenite
crystals in diffusive regimen whose configuration exhibits diffraction anisotropy for real-time …

A new technique that permits the selective steady-state continuous detection of phase
(photorefractive) or amplitude (photochromic) effects in two-wave mixing experiments is …

Electrooptic and photoconductive Bismuth Silicon Oxyde (BSO) crystals allows the recording
of phase volume holograms through the photorefractive effect. We demonstrate applications …

Theoretical and experimental studies of the interaction of two counterpropagating light
waves on dynamic reflection gratings formed in the Denisyuk scheme in cubic …

The recording and replay of volume phase gratings in photorefractive crystals is investigated
for both transmission and reflection geometries. Differential equations are derived and …

We report experimental results that demonstrate for the first time, to our knowledge, more
than 20 holograms stored and recalled with equal diffraction efficiency in photorefractive …

We describe a method to create and reconstruct computer-generated Fourier-transform
holograms in photorefractive materials. Holographic reconstructions are obtained from …