We describe various image bearing oscillations originating in one, or two coupled photo-
refractive crystals, which can support phase and amplitude modulation as well as multimode …

A photorefractive oscillation between two cascaded passive phase conjugate mirrors
(2CPPCM) with intracavity phase and amplitude modulation and multimode fibers is …

In this paper, we propose a tunable optical filter using a photorefractive planar waveguide.
The index grating generated by the control beam drops off a part of wavelength components …

Current narrow-band optical filters for professional solar astronomy applications are
primarily based on Lyot filters. 1 However, the Lyot filter is severely limited in operation at UV …

We present theoretical and experimental analyses of the signal-to-noise ratio (SNR) of
photorefractive two-wave mixing detection that uses BaTiO_3. The influence of beam …

The ability of photorefractive crystals such as barium titanate and strontium barium niobate
to record spatially phase shifted real time holograms with high diffraction efficiency is the …

We consider the application of photorefractive beam fanning as an optical limiter. Results
indicate that by focusing the incident laser light into the photorefractive crystal and by …

We consider the theory of photorefractive ring oscillators, using our unified solution method.
Both unidirectional and bidirectional ring resonators are analyzed, based on the two-wave …

An expression for the gain in photorefractive two-wave mixing when radio-frequency (rf)
electric fields are applied to the material has been derived and compared with experiments …

We propose and demonstrate the use of wavelet filters for pattern discrimination in a
photorefractive (PR) joint-transform correlator. A PR BaTiO3 crystal has been used to record …