We study the radiation from charged particles crossing a cholesteric plate in the shortwave
approximation when the wavelength of photons is much smaller than the pitch of the …

The band structure of photons in cholesteric liquid crystals (CLCs) is investigated in the
shortwave approximation. Bound states or narrow resonances of photons in a CLC are …

The features of light refraction in liquid crystal cells with a continuously changing director
distribution are studied. The theoretical description is constructed within the framework of the …

The influence of an electric field on the trajectory of an extraordinary light ray in a layer of a
chiral liquid crystal (LC) with a 180° turn of the director is studied. In the absence of the …

Light propagation in uniaxial chiral media with large pitch is studied. In these systems there
are forbidden zones for extraordinary beams, which lead to effective reflection on zone …

The propagation of light in helical media whose pitch greatly exceeds the radiation
wavelength has been investigated. It is shown that such a system includes forbidden zones …

The particular features of the propagation of light in uniaxial chiral liquid crystals with a large
pitch of the spiral are considered. There exist forbidden zones in these systems for fairly …

We consider the problem of light scattering in a slab of cholesteric liquid crystal with the pitch
which significantly exceeds the wavelength of light. The electromagnetic wave propagation …

Исследуется распространение необыкновенного луча в ячейке с киральным жидким
кристаллом при наклонном падении. Для ячейки с 180-градусной закруткой изучается …

We investigate the propagation of the extraordinary ray in a cell with a chiral liquid crystal at
oblique incidence. For a 180° twist cell, we study the dependence of the minimum incidence …