The advances of photorefractive optics have demonstrated many useful and practical
applications, which include the development of photorefractive optic devices for computer …

In this article, we demonstrate the capability of a two-beam coupling photorefractive optical
novelty filter of detecting changes in the amplitude or phase of optical images. These …

We report an optoelectronic feedback loop suitable for generating noise-free interference
patterns oscillating at arbitrary waveforms. The technique allows controlling the frequency …

The high-voltage bias required for video-rate compatible, efficient operation of a
photorefractive polymer composite is reduced from 6-8 to 1.3 kV. At this low voltage, the …

Experimental observations are reported which demonstrate that the response time for beam
fanning, self-pumped phase conjugation, and double phase conjugation can be shortened …

We propose and demonstrate experimentally a new, phase-locked refreshment method for
reading out dynamic holographic photorefractive memories without destruction of the stored …

We describe a novel accurate method to measure energy transfer between two beams
coupling in photorefractive materials. We have used this method to measure the on-line …

We have investigated a real-time photorefractive joint transform correlator (JTC) with a bank
of wavelet filters. In the experimental set-up, a photorefractive crystal BSO has been used as …

Photorefractive pulse coupling in the frequency domain clickable element to expand a topic
LOGIN OR CREATE ACCOUNT PRISM SUBMISSION This website uses cookies to deliver …

The complex coupling constant of a photorefractive polymer was measured as a function of
an applied electric field by use of a modified ac phase modulation technique. We …