P‐127: Multistabilized SmA LC Device Controlled by a Fringe‐Field Switching Mode

Abstract

Main approach to obtain a multistabilized SmA LC device is to drive the orientations of the SmA LC through applying an in‐plane or an out‐plane electric field. To get better electric‐optical performances of the SmA LC device, an idea of the improvements on the electrode structure and the surface treatment of the cell is introduced here The experimental observations on the modification SmA LC device exhibit not only a high contrast ratio but also a low driving voltage.

Design of GRIN Liquid Crystal Lens for Autostereoscopic 2-D/3-D Switchable Display

“…Because of the success of <Avatar>, many researchers were interested in developing 3D display technology to pursue more natural perceived quality, especially autostereoscopic 3-D displays that do not need wear 3-D glasses [1] . On the other hand, most information still be displayed in the form of 2-D, so we really need a technology that can be switchable between 2-D and 3-D.In virtue of the advantage such as no luminance loss, LC lens are more suited to 2-D/3-D display than LC parallax barrier, especially GRIN LC lens which with simple structure and manufacture process matching with LCD.…”