Liquid crystal (LC) droplets are promising candidates for sensing applications due to their
high sensitivity to surface anchoring changes, resulting in readily detectable optical effects …

Light scattering by a monolayer of bipolar nematic droplets encapsulated in polymer film is
examined both experimentally and theoretically. A method for the simulation of the angular …

Light scattering by a monolayer of oriented liquid crystal (LC) droplets in polymer matrix is
considered. A method for modeling transmittance and angular distribution of scattered light …

An optico-mechanical model describing the coherent (directed) transmittance and the
degree of polarization of forward-transmitted light by a polymer film with elongated liquid …

We have developed a model and realized an algorithm for the calculation of the coefficient
of coherent (direct) transmission of light through a layer of liquid crystal (LC) droplets in a …

We investigate the electrooptical characteristics of a cell based on a nematic liquid crystal
layer controlled with the use of modification of the surface anchoring by an ionic surfactant …

Switching speeds of nematic liquid crystal (LC) cells in the sub-millisecond range are
observed for 3-D patterned self assembled monolayers (SAMs) on indium-tin-oxide (ITO) …

A numerical method for modelling transmittance and angular distribution of light scattered by
a Polymer Dispersed Liquid Crystal (PDLC) film, containing droplets with inhomogeneous …

We consider monolayer polymer films with oriented droplets of a nematic liquid crystal (LC).
Relations for the coherent transmission coefficients of a layer of oriented ellipsoidal droplets …

Two conceptually different approaches can be used to operate liquid crystal (LC) materials.
One approach is based on numerous variants of the Frederiks effect, which enables the LC …