… The amplitude of the phase dynamic grating is a nonuniform space distributed in photorefractive
crystals with nonlocal response as a result of energy transfer between the interacted …

… quantum pulse shaper (QPS). Together, these versatile and robust integrated optical devices
allow for arbitrary manipulations of the pulse-mode structure of ultrafast pulsed quantum …

… a cubic Bi 12 TiO 20 photorefractive crystal under an external dc electric field. The main
features of the effect, namely, astigmatism of the dynamic lens formed, the pulse shape of the far-…

… the photorefractive crystal with diffusion type of nonlinearity (located at x > 0 ) and exponentially
graded-index medium (located at x < 0 ). The direction of the photorefractive optical axis …

… the "photorefractive effect.,,7-1O It is with the characterization of photorefractive optical
materials … technique to determine all (three) photorefractive parameters needed to predict all pho…

… the band transport model of the photorefractive effect predict an … in an electron-dominated
photorefractive medium with a single … During grating recording in photorefractive media the …

… We have found a configuration of two-wave mixing in cubic photorefractive crystals in which
linear phase-to-intensity transformation is achieved under ac-field without any polarization …

… on photorefractive semiconductors. The emphasis is on enhancement of the photorefractive
… Selected applications of photorefractive semiconductors are demonstrated for phase conju…

… solitons arise when an electric field is applied to a photovoltaic photorefractive crystal. These
solitons, owe their existence to both photovoltaic effect and spatially nonuniform screening …

… a function of the photorefractive TWM gain Γ, we fix the input pulse duration to 14 ms close
to the crystal response time and we analyze the evolution of the transmitted pulse for different …