[OP-1]Opening Remarks
*Keiji Ishii1(1. General Chair, IDW ’25)
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2019 - 2025
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[OP-2]Opening Remarks
*John Kymissis1(1. President, SID)
[OP-3]Opening Remarks
*Hideo Saito1(1. President, ITE)
[OP-4]Opening Remarks
*Hiroyuki Mori1(1. Executive Chair, IDW ’25)
[OP-5]Opening Remarks
*Yasufumi Fujiwara1(1. Program Chair, IDW ’25)
[AC]Award Ceremony
*Tomokazu Shiga1(1. Director, IDW General Incorporated Association)
[KeynoteAddress-1]R&D for Future Media and the Role of Displays
*Kikufumi Kanda1(1. NHK (Japan))
[KeynoteAddress-2]MicroLEDs: Where are the Successes and What are the Challenges?
*Ioannis Kymissis1(1. Columbia University (United States of America))
[KeynoteAddress-3]Digital Human Twins – Our Future Data Selves
*Ghislaine Boddington1(1. University of Greenwich (UK))
[KeynoteAddress-4]Beyond Vision, Unleash the Possibilities
*WeiLung Liau1(1. AUO (Taiwan))
[1(Invited)]Progress in Development of Advanced High Dynamic Range CMOS Image Sensors(40min.)
*Ken Miyauchi1,2,3(1. Brillnics Japan Inc. (Japan), 2. Tohoku University (Japan), 3. Ritsumeikan University (Japan))
[2]CMOS Light-modulated Oscillator Using On-chip Photodiode(20min.)
*Reyhan Ramadhan1, Masato Saito1, Yasufumi Yokoshiki2, Takashi Tokuda1(1. Institute of Science Tokyo (Japan), 2. Aoyama Gakuin University (Japan))
[1]Two-Transistor Active Pixel Sensor Based on Double Gate a-IGZO TFTs Intended for Low-Dose Direct X-ray Imaging(20min.)
*Haorong Xie1, Weikang Yan1, Xianming Li1, Kai Wang1, Yihong Qi2(1. Sun Yat-Sen University (China), 2. Shenzhen Insitute of Advanced Technology (China))
[2]Numerical Investigation of Efficient Sampling for Single-Pixel Imaging via Edge Information(20min.)
*Yu Yamazawa1, Keyna Sugimoto1, Fan Wang1, Tomoyoshi Ito1, Tomoyoshi Shimobaba1(1. Chiba University (Japan))
[1]Scintillation Properties of Surface-modified LiAlO2 Nanoparticle-loaded UV-cured Plastic Scintillators for Neutron Detection(20min.)
*Naru Hayashi1, Haruhisa Tsukahara1, Masanori Koshimizu1(1. Shizuoka University (Japan))
[2]Enhancement in Performance of Plastic Scintillators Utilizing Thermally Activated Delayed Fluorescence(20min.)
*Taiyo Kanenari1, Maya Atsumi2, Yuichi Kitamoto2, Shuichi Oi2, Tetsutaro Hattori2, Hiroki Kawamoto2, Yutaka Fujimoto2, Keisuke Asai2, Masanori Koshimizu1(1. Shizuoka University (Japan), 2. Tohoku University (Japan))
[1(Invited)]Fluorescence Nuclear Track Detection Performances of Ag-doped Phosphate Glasses with Different Alkaline Components(40min.)
*Go Okada1, Masanori Koshimizu2, Shin-ichi Sawada3, Hiroshi Koshikawa3, Satoshi Kurashima3, Morihisa Saeki3, Hidehito Nanto1(1. Kanazawa Institute of Technology (Japan), 2. Shizuoka University (Japan), 3. National Institute for Quantum Science and Technology (Japan))
[2]Zero-Shot Noise2Noise Denoising for Underwater Image Enhancement(20min.)
*Yi-Tsung Pan1, Kuo-Jui Hu1, Ching-Chung Huang2, Ya-Ling Pan2, I-Chun Chen1(1. National Taiwan University of Science and Technology (Taiwan), 2. National Changhua University of Education (Taiwan))
[3]Mixed Reality and Non-contact Manipulation of Machine Learning-segmented 3D X-ray CT images(20min.)
*Hiroki Kase1, Katsuyuki Takagi1, Toru Aoki1(1. Shizuoka University (Japan))
[1]Registration of Neutron Fluence at Wide Dynamic Range Using Thermoluminescence Materials Based on Tm-doped LiCaBO3(20min.)
Hajime Komiya1, Hiroki Kawamoto1, Yutaka Fujimoto1, Genichiro Wakabayashi2, Keisuke Asai1, *Masanori Koshimizu3(1. Tohoku University (Japan), 2. Kindai University (Japan), 3. Shizuoka University (Japan))
[2]Development of UV-Emitting Ce-Doped YAP Fine Particle Scintillators(20min.)
*Yuma Takahashi1, Masanori Koshimizu1(1. Shizuoka University (Japan))
[1]Real Image Seen through a Microscope
*Tomonori Koda1, Hiroko Yano1, Yuichi Momoi2, Akihiro Nishioka1(1. Yamagata University (Japan), 2. Toyo Co., Ltd. (Japan))
[2]HSCU-Net: Low-Light Image Enhancement via U-Net with Integrated CBAM and SE Block
*I-Chuin Chen1, Kuo-Jui Hu1, Yu-Wen Lee1, Hsiang-Yu Tsai1(1. National Taiwan University of Science and Technology (Taiwan))
[1]Enhancing 3D Gaussian Splatting with Preprocessing Strategies from Source Videos
*Cian-Wei Wang1, Kuo-Jui Hu1, Yi-Fei Chen1(1. National Taiwan University of Science and Technology (Taiwan))
[2]An Eye Tracking Method Using Convolutional Neural Network Based on the Imaging Light Path
*Chi Min Liu1, Ying Pin Tsai1, Wen Kai Lin1, Fu Li Hsiao1(1. National Changhua University of Education (Taiwan))
[1(Invited)]Refined Ultra-Low-Power FFS LCD with Enhanced Transmittance and Low Voltage Driving(20min.)
*Akira Sakai1, Hiroaki Asagi1, Daisuke Minami1, Kazuhito Matsumoto1, Yuichi Kawahira1, Kiyoshi Minoura1(1. Sharp (Japan))
[2]Combined Local Dimming and Image Enhancement Technology for Automotive Displays Under Daylight Condition(20min.)
Ramazan Ayasli1, *Maria Rosa Cirillo1, Julian Ritter1, Sascha Xu2(1. Saarland University (Germany), 2. X-Motive GmbH (Germany))
[3]Flicker Minimization in Power-Saving Displays using Positive Dielectric Anisotropy Liquid Crystals by Optimization of Flexoelectric Coefficients(20min.)
*Junho Jung1,2, HaYoung Jung2, Gyuri Choi2, Dong-Jin Lee1, Hoon Jeong1, JeongKi Park1, Minsu Kim2, Seung Hee Lee2(1. LG Display (Korea), 2. Jeonbuk National University (Korea))
[4]Research on the Process Method of Reducing the Reflectivity of TFT-LCD(20min.)
*Tenghui He1, Wenping Yang1, Huihua Liao1, Kang Long1, Feng Liu1, Wenzhang Zhao1, Chengyi Huang1, James Hsu1, Wade Chen1(1. Changsha HKC Optoelectronics Technology (China))
[1(Invited)]Latest LC Materials for High Contrast Ratio TV and IT Displays(20min.)
*Peter Zhao2, Sven Christian Laut1, Harald Hirschmann1, Achim Götz1, Lawrence Huang2(1. Merck Electronics KGaA (Germany), 2. Merck Display Materials Co., Ltd (China))
[2(Invited)]Fluorinated Tolane-Based Photoluminescence Liquid Crystals with Both Photoluminescence and Room-Temperature Smectic Liquid-Crystalline Properties(20min.)
*Shigeyuki Yamada1, Motohiro Yasui1, Tsutomu Konno1(1. Kyoto Institute of Technology (Japan))
[3]Comparative Quantitative Analysis of Surface Anisotropy Induced by Rubbing and Photo-Alignment on Polyimide Films(20min.)
*Ryo Nakano1, Takayuki Miyamae1(1. Chiba University (Japan))
[4]Improving Low Temperature Characteristics of New Ferroelectric Liquid Crystal for LCOS and SLM(20min.)
*Tomohiro Ando1, Yuta Kanamori1, Manabu Nakamura1, Michelle Livingston2, Christopher Gabriel2(1. CITIZEN FINEDEVICE CO., LTD. (Japan), 2. Miyota Development Center of America, Inc. (United States of America))
[1(Invited)]Aberration Improvement in Thin and Lightweight Head-Mounted Displays Using Holographic Optics and Polarized Laser Backlight(20min.)
*Jin Hirosawa1, Koichi Okuda1, Hiroaki Kijima1, Yasuhiro Takahashi1, Shinichi Komura1(1. Japan Display Inc. (Japan))
[2]Augmented Reality Waveguide Providing Image Depth Modulation and Magnification-Neutralized Full-Color Real Scenes with Geometric Phase-Based Ultra-Thin Form-Factor Optics(20min.)
*HyeonSu Jeong1, Erkhembaatar Dashdavaa1, Ju-Won Jang1, Hak-Rin Kim1(1. Kyungpook National University (Korea))
[3]Topology-Optimized Spatially Modulated PVGs for Uniform Exit Pupil Expansion in AR Waveguide Displays(20min.)
*Wanchen Zhang1, Yishi Weng1, Liang Zhou1, Chuang Wang1, Ran Wei1, Nan Lin1, Yuning Zhang1(1. Southeast University (China))
[1(Invited)]Programmable Patterning of Reconfigurable Microdroplets on Surfaces(20min.)
Daeseop Choi1, Jun-Hyung Im1, Eunsu Cho1, Jangmin Kim1, Jihye Back1, Seung Woo Lee2, Jin Seog Gwag2, *Youngki Kim1(1. POSTECH (Korea), 2. Yeungnam University (Korea))
[2(Invited)]Liquid Crystal-Based Linear Polarization Rotation and Restoration(20min.)
Yi-Xuan Liu1, Pravinraj Selvaraj1, Yun-Jen Tsai1, *Ko-Ting Cheng1(1. National Central University (Taiwan))
[3(Invited)]Development of Liquid Crystal Based Beam-Forming Reflectarray(20min.)
*Qiang Chen1(1. Tohoku University (Japan))
[4]Electrically Controllable 100 GHz Band Reflectarray with Double Layer Patch Using Nematic Liquid Crystal(20min.)
*Hiroshi Moritake1, Yo Inoue1(1. National Defense Academy (Japan))
[1(Invited)]All–Optical Diffractive Deep Neural Networks Enabled by Liquid Crystal(20min.)
Liu Liu2,1, Quanzhou Long1, *Wanlong Zhang1(1. Shenzhen University (China), 2. Hong Kong University of Science and Technology (Hong Kong))
[2]Application of Liquid Crystal Films for Micro-LEDs Inspection(20min.)
Shuo-Hsien Chen1, Yan-Rung Lin2, *Shie-Chang Jeng1(1. National Yang Ming Chiao Tung University (Taiwan), 2. Industrial Technology Research Institute (Taiwan))
[3]Flexible and Transparent Liquid Crystal Display with Azobenzene Optical Switch(20min.)
Shunta Nabetani1, Maki Shimada1, Shitaro Aso1, Tsuyoshi Fukaminato2, Seiji Kurihara3, *Yoshimi Ohta1(1. Nissan Motor Corporation (Japan), 2. Kumamoto University (Japan), 3. Chuo University (Japan))
[1]A Design Method for Improving Line Image Sticking of High-Refresh-Rate Gaming Display Screens
*Ji Wu1(1. ChuZhou HKC Optoelectronics Technology Co.,Ltd. (China))
[2]Asymmetric Voltage Compensation Method Study on The Image Sticking in Negative Liquid Crystal FFS LCD Mode
*Xiao Fan Wei1, Cheng Ying Shi1, Jiong Liang Fu1, Dan Dan Qin1, Xian Yan Yang1(1. SHANGHAI AVIC Limited Company (China))
[3]Research on Improving Skin Color Distortion Driven by Triple-Gate in LCD Display
*Xu Chen1, Tian Mu Yang1, Jian Ma1, Miao Jin He1, Qiang Shun Sun1, Xin Shi Wei1, Ming Yi Chen1, Shuai Shi Huang1, Bing Han1, Paul Shi1, Wade Chen1(1. ChuZhou HKC Optoelectronics technology Co., Ltd. (China))
[4]Analysis and Research on Chromatic Uniformity of LCD
*Wei Ren1, Yan Yang1, Caijiao Zhong1, Guochang Lai1, Xianyan Yang1(1. Xiamen Tianma Microelectronics Co., Ltd. (China))
[5]On the Improvement of Color Shift in TFT LCD VA Display
*Yuan Guang Liu1, Jie Xiao Wang1, Bing Li1, Le Le Zhang1, Peng Yan Sun1, Yan Hong Chang1, Bing Han1, Shuai Shi Huang1, Paul Shi1, Wade Chen1(1. ChuZhou HKC Optoelectronics technology Co., Ltd. (China))
[6]Research on Novel Panel Design Technologies for Significantly Improving Moving Mura
*Le Le Zhang1, Huan Zhang1, Tian Wei Yang1, Yuan Guang Liu1, Bing Li1, Qin Yun Hu1, Shuai Shi Huang1, Bing Han1, Paul Shi1, Wade Chen1(1. ChuZhou HKC Optoelectronics technology Co., Ltd. (China))
[7]Analysis of LCD Pressure-Induced Dark Spots Mechanism and Countermeasures
*Yuling Yang1, Yahui Xie1, Yanping Yu1, Zhijie Wang1, Caijiao Zhong1, Guochang Lai1, Xianyan Yang1(1. Xiamen Tianma Microelectronics Co.,Ltd. (China))
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