Holography has been considered as the ultimate technology for three-dimensional visual
experience. Compared to the well-established static holographic technology, holographic …

A new pixel structure for the realization of a 1‐μm‐pixel‐pitch display was developed. This
structure, named vertically stacked thin‐film transistor (VST), was based on the conventional …

Compressing digital holograms have growing attention nowadays due to their huge amount
of original data sizes. Although many progresses have been reported for full-complex …

In this paper, we investigate a learning-based complex field recovery technique of an object
from its digital hologram. Most of the previous learning-based approaches first propagate the …

Digital hologram images reconstructed through interference of the modulated light waves
requires ultra high resolution display panel. BCE oxide TFTs with channel width of 0.5 µm …

For this research, we have developed key technologies for a 1.5 µm pixel pitch spatial light
modulator (SLM) using Ge_2Sb_2Te_5 (GST) phase change material. To uniformly …

Because of its convenience and compatibility with various image processing techniques,
digital image representation of holograms is generally used in digital holography, and thus …

The diffraction calculation is critical in computer-generated holography (CGH). However, it
becomes a performance bottleneck when generating ultra-high-resolution holograms due to …

Recently, neural network-based approaches for hologram generation and compression
have gained popularity as they allow for efficient inference on GPUs without the need for …

A world-first 1\mum-pixelated 72K ultra-high-resolution spatial light modulator on glass
(SLMoG) for digital holographic display was developed. Not only very large area of 3.05 …