Conducting and alignment layers are critical for industrial scale manufacture of quality liquid
crystal (LC) devices. To date, the conventional approaches utilize ITO-based electrodes as …

Alignment layers are vital to the function of numerous devices based on liquid crystal (LC)
materials. The pursue of versatile, effective and even flexible alignment layers, preferably …

Polymer stabilized liquid crystal (PSLC) devices can be used as smart privacy windows that
switch between transparent and opaque states. The polyimide alignment layer of a PSLC …

It is very difficult to make a liquid crystal display (LCD) that is flexible. However, for an
optically re-writable LCD (ORWLCD), only the spacers and the substrates need to be flexible …

Liquid crystal-nanoparticle composite systems have attracted particular attention for both
academic interests and applications in inducing macroscopic alignment, altering electro …

It is very difficult to display greyscale for an optically driving liquid crystal display (ODLCD)
because the driving unit and display unit are separate, and there are no electronics in the …

The in-situ homeotropic alignment (HA) of pure liquid crystal (LC) and dye doped LC
molecules was prepared on the multilayered self assembled silica nanoparticles (SNPs) …

The optically driving liquid crystal displays (ODLCDs), by changing the easy axis of liquid
crystal molecules under exposure light, are exploited in many display devices requiring ultra …

Liquid crystals (LCs) are an active area of interest for electro-optical devices, and the
alignment of LCs has emerged as an extremely essential issue for LC devices. Evidence …

Thin ion-beam (IB)-spurted dimethyl sulfate/poly (3, 4-ethylenedioxythiophene) polystyrene
sulfonate (DMS/PEDOT: PSS) layers with improved electro-optic performance are presented …