Liquid opens up a new stage of device tunability and gradually replaced solid-state devices
and mechanical tuning. It optimizes the control method and improves the dynamic range of …

Polarization-independent liquid-crystal (LC) phase modulators can significantly improve the
efficiency and reduce the complexity of optical systems. However, achieving good …

We represent a detailed study of a dilute suspension of ferroelectric barium titanate
nanoparticles (BaTiO 3 NPs) in a nematic matrix by probing dielectric, electro-optical, and …

A lightfield camera prototype is constructed by directly coupling a liquid-crystal (LC)
microlens array with an arrayed photosensitive sensor for performing a LC-guided …

Diffractive optics elements have exhibited many novel characteristics through various
methods of employing Pancharatnam-Berry, or geometric, phase. One geometric-phase …

We have proposed an encapsulated liquid-crystal-polymer (LC-polymer) composite
structure that is manufactured via the method of LC-in-polymer encapsulation. Through this …

A polarization-independent single-layer liquid crystal (LC) device is demonstrated for high
optical phase retardation. Using a single LC layer with twist angles of an integer multiple of …