Holographic display technology based on liquid crystal device

Abstract

Holographic display technology can reconstruct the same images of the original objects exactly, which has played a more and more important role and become the goal of the three‐dimensional display. As liquid crystal devices can modulate the polarization state of light, they have been widely used in the holographic display to modulate the phase and amplitude of information. Among them, liquid crystal spatial light modulator and liquid crystal lens are two important devices in the holographic diffraction. In this paper, several liquid crystal devices have been introduced and the holographic display technologies based on these liquid crystal devices have been discussed. The merits and demerits of these technologies based on the liquid crystal devices have been analyzed, and the outlook of the holographic display is given in the end.

Inducement of an Anisotropic One‐dimensional Surface of Solution‐derived Indium Gallium Oxide Film via Imprint Lithography for Liquid Crystal Alignment

“…[1][2][3] Because of these unique properties, LC can be applied to various fields, including optics, displays, and electronics. [4][5][6][7] Aligning LCs uniformly is one of the most critical technologies for a high-functional LC device. Uniformly aligned LCs can control the light uniformly, whereas randomly-distributed LCs cause unintended light leakage and degrade device performance.…”

“…Liquid crystal (LC) is a material in an intermediate phase between a liquid and a solid, with a dielectric and refractive index anisotropy simultaneously [1–3] . Because of these unique properties, LC can be applied to various fields, including optics, displays, and electronics [4–7] . Aligning LCs uniformly is one of the most critical technologies for a high‐functional LC device.…”

32.1: Invited Paper: Fast‐Phase Full HD Color‐Sequential LCoS‐SLM for Holographic Display Application

“…Jasper Display Corporation (JDC) has been worked hard to provide the Liquid-Crystal on Silicon Spatial Light Modulator (LCoS-SLM) products because this reflective SLM is easier to realize highquality holographic reconstruction due to its better optical energy utilization efficiency [4], and we are always in track to deliver innovative products with updated technology for customers with relevant needs on the market. In response to the requirement of the holographic display to possess full color and smoother images, we have developed a new fast-phase LCoS-SLM: JD7554VH, where V means visible light region and H means high frame rate (180 Hz for monochrome or 60 Hz for color sequential), which is produced from our CMOS backplane with 0.55" panel size (active area: 12.29 mm×6.91 mm), 6.4 μm pixel pitch, fill factor (aperture ratio): 94 %, full HD resolutions (2K with 1920×1080 pixel array) and 256 input gray levels (8 bit) can be achieved.…”

3D Touch Surface for Interactive Pseudo‐Holographic Displays

“…Currently, this has been explored through pseudo-holographic displays that provide the illusion of a 3D virtual object as well as volumetric displays which create a true representation of a 3D virtual object. [15][16][17][18] The pseudoholographic display technology used for this work relies on the Pepper's ghost projection scheme. [19] It is a nonvolumetric pseudo-3D display technology, which is much simpler and cost effective than the virtual reality and lenticular technologies available today.…”