High-precision temperature measurements could guarantee temperature difference control
accuracy in research and industrial production. To flexibly achieve high precision and large …

The work focuses on recent developments of the rapidly evolving field of Non-conventional
Liquid Crystals. After a concise introduction it discusses the most promising research such …

High-precision temperature sensor is demonstrated based on weak measurement using
spectrum domain analysis. By introducing an extra phase to the postselection, the operating …

A large optical nonlinearity has been observed for the photo-responsive liquid crystals under
the condition that the nematic phase is close to the isotropic condition. The direct …

We report on the effects of a low-frequency electric field on the optical nonlinear response of
thin dye-doped liquid crystal cells. Experimental data show that the external field allows …

High-precision temperature measurement with adjustable operating range is investigated
and experimentally demonstrated based on weak measurement in the frequency domain …

Photo-responsive double emulsions made of liquid crystal (LC) were prepared by a
microfluidic device, and the light-induced processes were studied. The phase transition was …

Many types of active matter, such as biological cells, have liquid-crystalline membranes,
which are soft and flexible in their interactions with their surroundings and sometimes allow …

We report multiple holographic recording and optical address recognition schemes in Methyl
Red-doped liquid-crystal film without an applied electric field. Ten gratings are recorded at a …

Diffraction properties of photoinduced gratings recorded by overlapping two coherent beams
at 532 nm in nematic liquid crystals doped with Disperse Red 1 were investigated with a …