We demonstrate that photoconductive light valves with nematic liquid crystals support the propagation of spatial solitons and provide a convenient and effective environment for their all-optical routing and switching by means of external illumination
The spontaneous spreading of a laser beam can be compensated in complex media through the interplay ...
We review the impressive progress on light self-localisation into spatial optical solitons in nemati...
The search for new paradigms for all-optical processing plays a pivotal role in current photonics re...
We demonstrate that photoconductive light valves with nematic liquid crystals support the propagatio...
Liquid-crystal light valves can control the orientation of a nematic layer under the independent or ...
Using a photoconductive light valve with nematic liquid crystals, we introduce a versatile platform ...
We excite spatial solitons by reorientational nonlinearity of the nematic liquid crystals, using a p...
We discuss the interactions between self-guided light beams and light-induced perturbations in a liq...
We review the main properties and applications of Nematicons, spatial solitons in reorientational ne...
Nematicons are self-trapped light beams in nematic liquid crystalline systems. Thanks to their optic...
Nonlinear systems respond to an excitation in a non-proportional way and do not satisfy the superpos...
In certain materials, the spontaneous spreading of a laser beam (owing to diffraction) can be compen...
Using mW light beams to generate spatial solitons in nematic liquid crystals, all-optical switching/...
In certain materials, the spontaneous spreading of a laser beam ( owing to diffraction) can be compe...
A nematic liquid crystal light valve (LCLV) is made by using a photosensitive material as one of the...
The spontaneous spreading of a laser beam can be compensated in complex media through the interplay ...
We review the impressive progress on light self-localisation into spatial optical solitons in nemati...
The search for new paradigms for all-optical processing plays a pivotal role in current photonics re...
We demonstrate that photoconductive light valves with nematic liquid crystals support the propagatio...
Liquid-crystal light valves can control the orientation of a nematic layer under the independent or ...
Using a photoconductive light valve with nematic liquid crystals, we introduce a versatile platform ...
We excite spatial solitons by reorientational nonlinearity of the nematic liquid crystals, using a p...
We discuss the interactions between self-guided light beams and light-induced perturbations in a liq...
We review the main properties and applications of Nematicons, spatial solitons in reorientational ne...
Nematicons are self-trapped light beams in nematic liquid crystalline systems. Thanks to their optic...
Nonlinear systems respond to an excitation in a non-proportional way and do not satisfy the superpos...
In certain materials, the spontaneous spreading of a laser beam (owing to diffraction) can be compen...
Using mW light beams to generate spatial solitons in nematic liquid crystals, all-optical switching/...
In certain materials, the spontaneous spreading of a laser beam ( owing to diffraction) can be compe...
A nematic liquid crystal light valve (LCLV) is made by using a photosensitive material as one of the...
The spontaneous spreading of a laser beam can be compensated in complex media through the interplay ...
We review the impressive progress on light self-localisation into spatial optical solitons in nemati...
The search for new paradigms for all-optical processing plays a pivotal role in current photonics re...
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