Add to ORKGRefractive micro-optical structures combined with liquid crystal are used for various electrically controllable manipulations of light beams. Both linear and circular structures as well as nematic and cholesteric liquid crystals are explored to obtain fast switching, polarization independent devices
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
Shaping and steering of light beams is essential in many modern applications, ranging from optical t...
LC beam steering devices are realized using the combination of liquid crystal and polymer micro grat...
Recently, beam steering devices based on liquid crystals have attracted new interest. Such component...
Devices consisting of micro grating structures combined with liquid crystals offer interesti...
Liquid crystals are anisotropic materials whose optical properties can be easily controlled applying...
Optical beam deflectors based on the combination of cholesteric liquid crystals and polymer micro gr...
Non-mechanical optical beam steering and switching is produced by optically controlled liquid crysta...
A new method for formation of singular and Bessel light beams of different orders with the use of ele...
Current lighting industry has transformed from increasing the lighting efficiency to more diverse an...
A new method for formation of singular and Bessel light beams of different orders with the use of e...
This paper presents results obtained during the process of designing and experimental investigation...
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
In this paper, we present an electrically controllable microoptical component for light beam steerin...
A simple experimental method and a set-up to control light beams in the plane of liquid crystal (LC)...
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
Shaping and steering of light beams is essential in many modern applications, ranging from optical t...
LC beam steering devices are realized using the combination of liquid crystal and polymer micro grat...
Recently, beam steering devices based on liquid crystals have attracted new interest. Such component...
Devices consisting of micro grating structures combined with liquid crystals offer interesti...
Liquid crystals are anisotropic materials whose optical properties can be easily controlled applying...
Optical beam deflectors based on the combination of cholesteric liquid crystals and polymer micro gr...
Non-mechanical optical beam steering and switching is produced by optically controlled liquid crysta...
A new method for formation of singular and Bessel light beams of different orders with the use of ele...
Current lighting industry has transformed from increasing the lighting efficiency to more diverse an...
A new method for formation of singular and Bessel light beams of different orders with the use of e...
This paper presents results obtained during the process of designing and experimental investigation...
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
In this paper, we present an electrically controllable microoptical component for light beam steerin...
A simple experimental method and a set-up to control light beams in the plane of liquid crystal (LC)...
Liquid crystal (LC) devices for Photonics applications is a hot topic of research. Such elements beg...
Shaping and steering of light beams is essential in many modern applications, ranging from optical t...
LC beam steering devices are realized using the combination of liquid crystal and polymer micro grat...