Linear adaptive interferometers using diffusion holographic recording in cubic PRCs are
proposed and experimentally demonstrated for BTO. These devices are designed for linear …

Using a non-holographic optical setup, we employed a Mueller–Stokes polarimeter to
measure both the linear electro-optic and second-order electrogyration effects. The second …

We present the theory for photorefractive two-beam coupling without optical activity in cubic
crystals rotated around the [110] axis. We also describe two-beam coupling experiments in …

The photorefractive two-wave mixing gain coefficient Γ of GaAs: Cr and InP: Fe, cut with
different crystallographic orientations, was determined using a cw Nd: YAG (neodymium …

The photorefractive effect is an effective way of achieving control of a beam by inducing a
space-charge field and controlling the distribution of the refractive index. Herein, the one …

The evolution of polarization in holographically coupled beams traversing bismuth silicon
oxide (BSO) in the E?(1¯ 10) configuration is analyzed. The phenomena of electrical …

A direct measurement of the electrogyratory effect in bismuth silicon oxide is performed at
wavelengths of 633, 543, and 442 nm. We experimentally measured the electrogyratory …

Interaction of acoustic and light waves with accounting for elastooptic and elastogyration
effects is theoretically described. Collinear acoustogyration diffraction in quartz and …

Interaction of acoustic and light waves with accounting of elastooptic and elastogyration
effects has been theoretically described. Collinear acoustogyration (AG) diffraction in the …

Phys. Rev. Lett. 65, 935 (1990) - Comment on ``New nonphotorefractive mechanism for two-beam
coupling in a crystallographic-cut photorefractive crystal'' Skip to Main Content APS Logo …