We demonstrate a liquid crystal (LC)-based optical device with the polarization switching
capability, which can store two different chiral images to be selected according to the …

In order to lower the saturation voltage and enhance the transmittance of in-plane switching
blue-phase liquid crystal display (IPS-BPLCD), IPS-BPLCD with insulating protrusion is …

To reduce the gamma shift of blue-phase liquid crystal display (BPLCD), the multi-domain
electrode structure with four sub-electrodes is proposed. The effects of electrodes' …

A new concept of intensity-tunable structural coloration is proposed on the basis of a helical
photonic crystal (HPC). The HPCs are constructed from a mixture of chiral reactive …

The double-layer penetration electrode structure is proposed to obtain the low-operating
voltage blue-phase liquid crystal display (BPLCD) with single electro-optic curve for red …

In order to lower the operating voltage of blue-phase liquid crystal display (BPLCD), a
BPLCD with insulating protrusion, which is sandwiched between dual-layer electrodes, is …

ABSTRACT A single-domain blue-phase liquid crystal display (BPLCD), which has
asymmetrical double-side electrode structure, is proposed to reduce gamma shift. Firstly, the …

Generally, the brightness and color of one image on a large-area flat panel display are
different when people watch a display image under different viewing angles. The gamma …

To reduce the operating voltage and gamma shift of the nematic liquid crystal display (LCD),
a single-domain-protruded fringe-field switching (PFFS) electrode structure is designed. In …