We demonstrate that light refraction at a straight interface between an isotropic dielectric and a nematic liquid crystal can change from positive to negative depending on power. The phenomenon relies on the reorientational response and the all-optical rotation of the optic axis, causing in turn variations in walk-off and beam self-steering
In this paper the detailed study of the self-diffraction phenomena due to reorientational optical no...
We report on the influence of backward propagating waves on the twist optical Fréedericksz transitio...
We report on the influence of backward propagating waves on the twist optical Fréedericksz transitio...
We demonstrate that light refraction at a straight interface between an isotropic dielectric and a n...
We demonstrate that light refraction at a straight interface between an isotropic dielectric and a n...
Negative refraction in optics is a fascinating phenomenon stemming from peculiar boundary conditions...
Refraction at a dielectric interface can take an anomalous character in anisotropic crystals, when l...
We analyze the propagation of self-trapped optical beams close to the Fréedericksz threshold in nema...
The authors demonstrate electrically controlled negative refraction at the interface between an isot...
Liquid crystals (LC) are excellent media for the exploration of nonlinear phenomena, particularly du...
We investigated bistability with light beams in reorientational nematic liquid crystals. For a range...
We show that reorientational nematic liquid crystals are an ideal workbench for the investigation of...
We demonstrate magnetically controlled refraction of a spatial soliton forming beam at the interface...
The joint influence of optical and (quasi-)static electric fields on the orientation of liquid cryst...
The joint influence of optical and (quasi-)static electric fields on the orientation of liquid cryst...
In this paper the detailed study of the self-diffraction phenomena due to reorientational optical no...
We report on the influence of backward propagating waves on the twist optical Fréedericksz transitio...
We report on the influence of backward propagating waves on the twist optical Fréedericksz transitio...
We demonstrate that light refraction at a straight interface between an isotropic dielectric and a n...
We demonstrate that light refraction at a straight interface between an isotropic dielectric and a n...
Negative refraction in optics is a fascinating phenomenon stemming from peculiar boundary conditions...
Refraction at a dielectric interface can take an anomalous character in anisotropic crystals, when l...
We analyze the propagation of self-trapped optical beams close to the Fréedericksz threshold in nema...
The authors demonstrate electrically controlled negative refraction at the interface between an isot...
Liquid crystals (LC) are excellent media for the exploration of nonlinear phenomena, particularly du...
We investigated bistability with light beams in reorientational nematic liquid crystals. For a range...
We show that reorientational nematic liquid crystals are an ideal workbench for the investigation of...
We demonstrate magnetically controlled refraction of a spatial soliton forming beam at the interface...
The joint influence of optical and (quasi-)static electric fields on the orientation of liquid cryst...
The joint influence of optical and (quasi-)static electric fields on the orientation of liquid cryst...
In this paper the detailed study of the self-diffraction phenomena due to reorientational optical no...
We report on the influence of backward propagating waves on the twist optical Fréedericksz transitio...
We report on the influence of backward propagating waves on the twist optical Fréedericksz transitio...