Orientation analysis of liquid crystal (LC) devices is important for understanding and
controlling light propagation behavior in these devices. Blue phases (BPs)─ unique LC …

The electro-optic effect is the working principle of blue phase (BP) liquid crystals, and it
describes the relationship between the field-induced birefringence of BPs and the field …

Use of organic molecules as lasing media has much potential to develop next‐generation
optical devices as soft‐matter photonics with wideband tunability and large coherence area …

Blue phases (BPs) are soft and stimuli‐responsive photonic crystals that are interesting for
sensing, display, and lasing applications. Polycrystallinity has, however, limited both the …

Phase transitions in blue phase liquid crystals (BPLCs) have attracted significant attention
from the technical perspective of BP orientation control and the theoretical perspective of …

The possibility of using a ferrielectric liquid crystal as an electro-optic medium for a phase
spatial light modulator has been investigated. The electro-optic characteristics of a …

In this paper, the influence of homeotropic and homogeneous orienting layers is presented
in a cell filled with chiral nematic liquid crystals stabilized in a blue phase. The change of …

Представлены результаты исследований возможности использования
ферриэлектрического жидкого кристалла в качестве электрооптической среды для …

Liquid crystalline cholesteric blue phases (BPs) are of high interest for tunable electro-optic
applications owing to their fast response times and quasi-polarization-independent phase …

The ALL project has brought together lens technology developed at a public university with
an SME with experience in commercial liquid crystal electronics. The patented lens …