Devices based on liquid crystal (LC) exhibit a great interest in Optics due to their capability
to set up applications with variable properties. Some examples of these elements are spatial …

A polarimetry based method able to characterize optical properties of linear Liquid Crystal
Displays (LCDs), even in presence of time-fluctuations of the phase, is proposed in this …

Liquid Crystals on Silicon (LCOS) displays are a type of LCDs that work in reflection. Such
devices, due to the double pass that the light beam performs through the LC cells, lead to …

Liquid crystal on silicon (LCoS) microdisplays are an element commonly found in advanced
photonic applications. Phase-only modulation and spatial light modulators (SLMs) use …

The application of the LCD modeling and optimization system (MOUSE-LCD) for the design
and development of the new advanced LCD configurations is demonstrated. The proposed …

Holographic polymer dispersed liquid crystal devices (H-PDLC) are involved in many
applications, eg diffraction lenses, optical data storage, and image capture devices. H-PDLC …

The study of liquid crystal (LC) director distribution is an important area of research in
materials science and technology. Parallel-aligned liquid crystal (PA-LC) devices have been …

Parallel-aligned liquid crystal on silicon devices (PA-LCoS) can be found nowadays in most
of the advanced areas in optics and photonics. Many works have been dedicated to their …

Parallel-aligned (PA) liquid-crystal on silicon (LCoS) microdisplays are especially appealing
in a wide range of spatial light modulation applications since they enable phase-only …

The study of liquid crystal (LC) director distribution is an important area of research in
materials science and technology. Parallel-aligned liquid crystal (PA-LC) devices have been …