Add to ORKGWe predict self-focusing and self-trapping of optical beams propagating in unbiased centrosymmetric photorefractive crystals in the near-transition paraelectric phase, where the nonlinear response is proportional to the square of the diffusion space-charge field
International audienceThe paper presents a theoretical and experimental investigation of the self-fo...
We report on the observation of a new mechanism for self-trapping of optical beams: self-trapping th...
We study experimentally self-trapping of optical beams in photorefractive media and show that the tr...
We predict self-focusing and self-trapping of optical beams propagating in unbiased centrosymmetric ...
We predict self-focusing and self-trapping of optical beams propagating in unbiased centrosymmetric ...
We study the possibility of self-trapping of an optical beam in a photorefractive medium under the c...
We demonstrate experimentally that in a centrosymmetric paraelectric non-stationary boundary conditi...
The model equations for beam propagation in photorefractive material are simplified under appropriat...
The model equations for beam propagation in photorefractive material are simplified under appropriat...
The story has it that, when Schwinger learned of the Feynman diagrams, he remarked that quantum elec...
Many optical networks are limited in speed and processing capability due to the necessity for the op...
We report the first observation of spatial one-dimensional photorefractive screening solitons in cen...
Optical devices, where light controls light, are of interest to the computing and communications ind...
International audienceThe paper presents a theoretical and experimental investigation of the self-fo...
International audienceThe paper presents a theoretical and experimental investigation of the self-fo...
International audienceThe paper presents a theoretical and experimental investigation of the self-fo...
We report on the observation of a new mechanism for self-trapping of optical beams: self-trapping th...
We study experimentally self-trapping of optical beams in photorefractive media and show that the tr...
We predict self-focusing and self-trapping of optical beams propagating in unbiased centrosymmetric ...
We predict self-focusing and self-trapping of optical beams propagating in unbiased centrosymmetric ...
We study the possibility of self-trapping of an optical beam in a photorefractive medium under the c...
We demonstrate experimentally that in a centrosymmetric paraelectric non-stationary boundary conditi...
The model equations for beam propagation in photorefractive material are simplified under appropriat...
The model equations for beam propagation in photorefractive material are simplified under appropriat...
The story has it that, when Schwinger learned of the Feynman diagrams, he remarked that quantum elec...
Many optical networks are limited in speed and processing capability due to the necessity for the op...
We report the first observation of spatial one-dimensional photorefractive screening solitons in cen...
Optical devices, where light controls light, are of interest to the computing and communications ind...
International audienceThe paper presents a theoretical and experimental investigation of the self-fo...
International audienceThe paper presents a theoretical and experimental investigation of the self-fo...
International audienceThe paper presents a theoretical and experimental investigation of the self-fo...
We report on the observation of a new mechanism for self-trapping of optical beams: self-trapping th...
We study experimentally self-trapping of optical beams in photorefractive media and show that the tr...