Squeezed states are essential for continuous variable (CV) quantum information processing,
with wide-ranging applications in computing, sensing and communications. Integrated …

A photorefractive frequency converter and phase-sensitive detector is proposed and
demonstrated. Dynamic photorefractive theory is used to examine device characteristics for …

We report a theoretical investigation of the frequency response of optical interference filters
written in photorefractive materials. Counterpropagating coherent beams interact in the …

We observe the strong photorefractive (PR)-like effect in silica micro-fibers, which is different
from the previously reported nonlinear behaviors in optical fiber devices. The micro-fiber is …

Calibrated optical Bragg‐scattering measurements of the fundamental steady‐state space‐
charge‐field amplitude, and of two higher spatial harmonics, in photorefractive p‐type …

We present real-time optical preprocessor intended to enhance small defects in a smooth
surface. The heart of the system is a photorefractive Bi_12SiO_20 phase-conjugate mirror …

We demonstrate that the negative amplitude gain in a photorefractive two-wave-mixing
experiment under applied electric field measurably reduces the characteristic instability of …

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 have built an adaptive system capable of detecting submicrometer defects in periodic
structures by using real-time holography in photorefractive crystals. We summarize the …

We investigate diffraction from a thermally fixed grating in a photorefractive medium with an
ion concentration that is large compared with the acceptor density. A numerical solution to …