We investigate the propagation of nematicons in various nematic liquid crystals. Following some general considerations on the role of material parameters in light self-trapping via a reorientational nonlinear response, we discuss numerical results on light self-action and transverse localization. Finally, we validate our findings with experimental measurements in three liquid crystalline mixtures featuring different amounts of birefringence
We investigate the role of competing nonlinear responses in the formation and propagation of bright ...
We investigate light self-trapping and nematicon generation in reorientional nematic liquid crystals...
We review the mathematical modelling of propagation and specific interactions of solitary beams in n...
Optical anisotropy plays a fundamental role on light propagation in nematic liquid crystals. With sp...
Optical anisotropy plays a fundamental role on light propagation in nematic liquid crystals. With sp...
Optical anisotropy plays a fundamental role on light propagation in nematic liquid crystals. With sp...
Liquid crystals (LC) are excellent media for the exploration of nonlinear phenomena, particularly du...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
We review the impressive progress on light self-localisation into spatial optical solitons in nemati...
We review the impressive progress on light self-localisation into spatial optical solitons in nemati...
Liquid crystals in the nematic phase exhibit substantial reorientation when the molecules are driven...
Liquid crystals in the nematic phase exhibit substantial reorientation when the molecules are driven...
We investigate the role of competing nonlinear responses in the formation and propagation of bright ...
We investigate light self-trapping and nematicon generation in reorientional nematic liquid crystals...
We review the mathematical modelling of propagation and specific interactions of solitary beams in n...
Optical anisotropy plays a fundamental role on light propagation in nematic liquid crystals. With sp...
Optical anisotropy plays a fundamental role on light propagation in nematic liquid crystals. With sp...
Optical anisotropy plays a fundamental role on light propagation in nematic liquid crystals. With sp...
Liquid crystals (LC) are excellent media for the exploration of nonlinear phenomena, particularly du...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
Employing several nematic liquid crystal mixtures, we investigate how the thermo-optic response of n...
We review the impressive progress on light self-localisation into spatial optical solitons in nemati...
We review the impressive progress on light self-localisation into spatial optical solitons in nemati...
Liquid crystals in the nematic phase exhibit substantial reorientation when the molecules are driven...
Liquid crystals in the nematic phase exhibit substantial reorientation when the molecules are driven...
We investigate the role of competing nonlinear responses in the formation and propagation of bright ...
We investigate light self-trapping and nematicon generation in reorientional nematic liquid crystals...
We review the mathematical modelling of propagation and specific interactions of solitary beams in n...