[3D1-1(Invited)]Low-Voltage and High-Speed Driving of 1-µm-Pixel-Pitch Ferroelectric Liquid Crystal Cell with Holographic Pattern
*Yuta Yamaguchi1, Yoshitomo Isomae2, Mayumi Kawana1, Ken-ichi Aoshima1, Masashi Miyakawa1, Ryo Higashida1, Hiroto Sato1, Yoshiaki Kouyama2, Mikio Oka2, Nobuhiko Funabashi1(1. Japan Broadcasting Corporation (Japan), 2. Sony Semiconductor Solutions Corporation (Japan))
Keywords:
Holographic display,Spatial light modulator,Ferroelectric liquid crystal
We demonstrate the optical reconstruction of a holographic image using a fabricated ferroelectric liquid crystal cell comprising 9,600 × 16,000 pixels with a pitch of 1 µm × 1 µm. The cell was driven by low voltage (±0.55 V0-p) and high frequency (1,080 Hz). This demonstrates the potential for realizing a color holographic display capable of reducing speckle noise by superposing multiple images.
