Add to ORKGLiquid-crystal (LC) elements with an electrically controlled spatial topology of director orientation have been developed and manufactured. Waveguide light-beam propagation mode in a spatially structured LC cell has been realized for the first time; the possibility of creating electrically controlled waveguide dividers and adders has been demonstrated experimentally
Methods of spatial switching of laser beams in a system of coupled optical liquidcrystal waveguides ...
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
Recently, beam steering devices based on liquid crystals have attracted new interest. Such component...
Liquid crystal (LC) elements with an electrically controlled spatial topology of director orientatio...
A new electrically controlled waveguide mode for optical beams propagating in the plane of a liquid ...
A simple experimental method and a set-up to control light beams in the plane of liquid crystal (LC)...
Nematic liquid crystals can switch the orientation of the director under influence of an electric fi...
A new method for formation of singular and Bessel light beams of different orders with the use of ele...
This paper reports on optical waveguides using liquid crystals (LC) as core. Such optical waveguides...
The peculiarities of the linearly polarized light beam reflection at the interface within the bulk o...
A new method for formation of singular and Bessel light beams of different orders with the use of e...
The new mode of LC alignment based on photoalignment AtA-2 azo dye where the refractive interface be...
A guided-wave optical routing/switching device using nematic liquid crystals has been investigated i...
We report on the design, fabrication process and characterization of liquid crystal cells for invest...
Liquid crystals are unique optical materials due to their large effective electrooptic and opto-opti...
Methods of spatial switching of laser beams in a system of coupled optical liquidcrystal waveguides ...
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
Recently, beam steering devices based on liquid crystals have attracted new interest. Such component...
Liquid crystal (LC) elements with an electrically controlled spatial topology of director orientatio...
A new electrically controlled waveguide mode for optical beams propagating in the plane of a liquid ...
A simple experimental method and a set-up to control light beams in the plane of liquid crystal (LC)...
Nematic liquid crystals can switch the orientation of the director under influence of an electric fi...
A new method for formation of singular and Bessel light beams of different orders with the use of ele...
This paper reports on optical waveguides using liquid crystals (LC) as core. Such optical waveguides...
The peculiarities of the linearly polarized light beam reflection at the interface within the bulk o...
A new method for formation of singular and Bessel light beams of different orders with the use of e...
The new mode of LC alignment based on photoalignment AtA-2 azo dye where the refractive interface be...
A guided-wave optical routing/switching device using nematic liquid crystals has been investigated i...
We report on the design, fabrication process and characterization of liquid crystal cells for invest...
Liquid crystals are unique optical materials due to their large effective electrooptic and opto-opti...
Methods of spatial switching of laser beams in a system of coupled optical liquidcrystal waveguides ...
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
Recently, beam steering devices based on liquid crystals have attracted new interest. Such component...