Add to ORKGA theory of phase conjugation in asymmetric materials that allow a phase shift between the grating and the light-interference pattern is developed. We find that when this phase is nonzero, maximum phase-conjugate reflectivity occurs for unequal pump intensities. The conditions for self-oscillation are studied
We demonstrate theoretically that the distortion-correction property of phase-conjugate beams propag...
We demonstrate theoretically that the distortion-correction property of phase-conjugate beams propag...
A method for sustaining multiply exposed photorefractive holograms, in a phase-locked fashion, by us...
A theory of phase conjugation in asymmetric materials that allow a phase shift between the grating a...
An exact solution of a nonlinear model of holographic four-wave mixing is derived. An expression for...
The problem of transient four-wave mixing with noncoincident optical pulses is analyzed using the fo...
The development of a theory of four-wave mixing in photo-refractive crystals is described. This theo...
This thesis is an experimental and theoretical investigation of wave-mixing in photorefractive cryst...
A number of new optical effects that result from degenerate four-wave mixing in transparent optical ...
We present wave-optics calculations of the temporal and spatial evolution from random noise of a dou...
Lors des dernières années un nouveau domaine d'intérêt est apparu en optique cohérente : la conjugai...
We present wave-optics calculations of the temporal and spatial evolution from random noise of a dou...
We propose and analyze a new type of phase conjugation between counterpropagating beams in photorefr...
We present a plane-wave theory of nondegenerate oscillation in the linear passive (self-pumped) phas...
We report here the demonstration of several new optical oscillator configurations including a unidir...
We demonstrate theoretically that the distortion-correction property of phase-conjugate beams propag...
We demonstrate theoretically that the distortion-correction property of phase-conjugate beams propag...
A method for sustaining multiply exposed photorefractive holograms, in a phase-locked fashion, by us...
A theory of phase conjugation in asymmetric materials that allow a phase shift between the grating a...
An exact solution of a nonlinear model of holographic four-wave mixing is derived. An expression for...
The problem of transient four-wave mixing with noncoincident optical pulses is analyzed using the fo...
The development of a theory of four-wave mixing in photo-refractive crystals is described. This theo...
This thesis is an experimental and theoretical investigation of wave-mixing in photorefractive cryst...
A number of new optical effects that result from degenerate four-wave mixing in transparent optical ...
We present wave-optics calculations of the temporal and spatial evolution from random noise of a dou...
Lors des dernières années un nouveau domaine d'intérêt est apparu en optique cohérente : la conjugai...
We present wave-optics calculations of the temporal and spatial evolution from random noise of a dou...
We propose and analyze a new type of phase conjugation between counterpropagating beams in photorefr...
We present a plane-wave theory of nondegenerate oscillation in the linear passive (self-pumped) phas...
We report here the demonstration of several new optical oscillator configurations including a unidir...
We demonstrate theoretically that the distortion-correction property of phase-conjugate beams propag...
We demonstrate theoretically that the distortion-correction property of phase-conjugate beams propag...
A method for sustaining multiply exposed photorefractive holograms, in a phase-locked fashion, by us...