Nematic liquid crystals exhibit a non resonant non local molecular nonlinearity whicvh makes them excellent candidates for all-optical confinement, signal routing and steering, all-optical logics. Such effects are demonstrated with reference to two-dimensional spatial soltons and transverse modulational instability in the near infrare
We show that reorientational nematic liquid crystals are an ideal workbench for the investigation of...
Transverse modulational instability is investigated in undoped nematic liquid crystals, a highly non...
We study light propagation in nematic liquid crystals in the context of spatial optical solitons for...
We study light localization in nonlinear non-local nematic liquid crystals capable of optical gain. ...
Liquid crystals (LC) are excellent media for the exploration of nonlinear phenomena, particularly du...
Spatial nonlocality has a crucial role in the optical response of bulk liquid crystals. With specifi...
Spatial nonlocality has a crucial role in the optical response of bulk liquid crystals. With specifi...
Optical propagation in nematic liquid crystals is characterized by a large and highly-nonlocal Kerr-...
Optical propagation in nematic liquid crystals is characterized by a large and highly-nonlocal Kerr-...
Nematicons are self-trapped light beams in nematic liquid crystalline systems. Thanks to their optic...
We investigate, both theoretically and experimentally, self-trapping of light beams in nematic liqui...
We investigate the propagation of nematicons in various nematic liquid crystals. Following some gene...
The equations governing nonlinear light beam propagation in nematic liquid crystals form a (2+1)-dim...
Stable nonlinear beams, both solitary waves (nematicons) and optical vortices, can form in a nematic...
We report the first observation of modulational instability in nematic liquid crystals encompassing ...
We show that reorientational nematic liquid crystals are an ideal workbench for the investigation of...
Transverse modulational instability is investigated in undoped nematic liquid crystals, a highly non...
We study light propagation in nematic liquid crystals in the context of spatial optical solitons for...
We study light localization in nonlinear non-local nematic liquid crystals capable of optical gain. ...
Liquid crystals (LC) are excellent media for the exploration of nonlinear phenomena, particularly du...
Spatial nonlocality has a crucial role in the optical response of bulk liquid crystals. With specifi...
Spatial nonlocality has a crucial role in the optical response of bulk liquid crystals. With specifi...
Optical propagation in nematic liquid crystals is characterized by a large and highly-nonlocal Kerr-...
Optical propagation in nematic liquid crystals is characterized by a large and highly-nonlocal Kerr-...
Nematicons are self-trapped light beams in nematic liquid crystalline systems. Thanks to their optic...
We investigate, both theoretically and experimentally, self-trapping of light beams in nematic liqui...
We investigate the propagation of nematicons in various nematic liquid crystals. Following some gene...
The equations governing nonlinear light beam propagation in nematic liquid crystals form a (2+1)-dim...
Stable nonlinear beams, both solitary waves (nematicons) and optical vortices, can form in a nematic...
We report the first observation of modulational instability in nematic liquid crystals encompassing ...
We show that reorientational nematic liquid crystals are an ideal workbench for the investigation of...
Transverse modulational instability is investigated in undoped nematic liquid crystals, a highly non...
We study light propagation in nematic liquid crystals in the context of spatial optical solitons for...