With help of liquid crystal polymers (LCP) a polarization sensitive diffuser has been realized. By using convex microstructures made of LCP and an index matching layer, two distinct functions depending on the orientation of the device and the polarization state of the input light are realized. For one polarization the light pass through the device with no changes and for the perpendicular polarization, the light is diffused by the microstructures
Polymer dispersed liquid crystal(PDLC) light shutters are scattering in the OFF state and transparen...
We present a real-time polarization measurement method with a space-variant phase retarder in liquid...
Photoresponsive photoalignable liquid crystalline polymers composed of phenyl benzoate terminated wi...
We demonstrate a polarization-insensitive grating device based on a liquid crystal (LC) doped with a...
Liquid crystals are traditionally aligned via a rubbed substrate. The rubbing creates anisotropic de...
The ability to create arbitrary patterned linear, circular, and elliptical liquid crystal polymer po...
In this paper, we propose a liquid-crystal micropolarimeter (LCMP) array with high spatial resolutio...
Liquid Crystals Polymers are birefringent molecules locally orientable. By recording the polarizatio...
A method of designing an arbitrary polarizing beam splitter (PBS) cube using multiple layers of thin...
We developed a polarization-selective negative photoresist based on a smectic B liquid crystal monom...
We present a new device based on Polymer Dispersed Liquid Crystals (PDLC). Applying a transverse low...
Passive and active polarization elements were created by surface and bulk photo-alignment of LCs, re...
Traditionally, birefringent, double refracting crystals and, more commonly, sheet polarizers based o...
Liquid crystal (LC) devices can be used as amplitude modulators and phase modulators. Most LC device...
In this paper, we describe the design, modeling, fabrication, and optical characterization of the fi...
Polymer dispersed liquid crystal(PDLC) light shutters are scattering in the OFF state and transparen...
We present a real-time polarization measurement method with a space-variant phase retarder in liquid...
Photoresponsive photoalignable liquid crystalline polymers composed of phenyl benzoate terminated wi...
We demonstrate a polarization-insensitive grating device based on a liquid crystal (LC) doped with a...
Liquid crystals are traditionally aligned via a rubbed substrate. The rubbing creates anisotropic de...
The ability to create arbitrary patterned linear, circular, and elliptical liquid crystal polymer po...
In this paper, we propose a liquid-crystal micropolarimeter (LCMP) array with high spatial resolutio...
Liquid Crystals Polymers are birefringent molecules locally orientable. By recording the polarizatio...
A method of designing an arbitrary polarizing beam splitter (PBS) cube using multiple layers of thin...
We developed a polarization-selective negative photoresist based on a smectic B liquid crystal monom...
We present a new device based on Polymer Dispersed Liquid Crystals (PDLC). Applying a transverse low...
Passive and active polarization elements were created by surface and bulk photo-alignment of LCs, re...
Traditionally, birefringent, double refracting crystals and, more commonly, sheet polarizers based o...
Liquid crystal (LC) devices can be used as amplitude modulators and phase modulators. Most LC device...
In this paper, we describe the design, modeling, fabrication, and optical characterization of the fi...
Polymer dispersed liquid crystal(PDLC) light shutters are scattering in the OFF state and transparen...
We present a real-time polarization measurement method with a space-variant phase retarder in liquid...
Photoresponsive photoalignable liquid crystalline polymers composed of phenyl benzoate terminated wi...