Workshop on LC Science and Technologies


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Workshop on LC Science and Technologies

date time session room

Wed., Nov. 27 13:40-15:00 LCT1 Evaluation Techniques Room 107

15:20-16:50 LCT2 LC Flat Diffractive Optics
Special Topics of Interest on AR/VR and Hyper Reality

17:00-18:00 LCT3 Advanced LCD Technologies

Thu., Nov. 28 9:00-10:20 FMC4/LCT4 Micro LED Display
Special Topics of Interest on Micro/Mini LEDs Mid-sized Hall A

10:40-13:10 LCTp1 Evaluation Technologies Main Hall

10:40-13:10 LCTp2 Alignment Technologies

10:40-13:10 LCTp3 Viewing Angle Control

14:30-17:00 LCTp4 High Image Quality

14:30-17:00 LCTp5 New LC Technologies

14:30-17:00 LCTp6 Hybridized Material Technologies

Fri., Nov. 29 9:00-10:35 LCT5/FMC5 High Performance 8K LCDs Mid-sized Hall A

10:40-12:10 LCT6 New LC Applications

13:20-14:30 LCT7/FLX5 Flexible LCDs Room 204

15:00-16:20 PRJ7/LCT8 Eyewear
Special Topics of Interest on AR/VR and Hyper Reality Room 108

LCT1 : Evaluation Techniques

Wed., Nov. 27  13:40-15:00  Room 107

Chair: Masaru Inoue (Toyo Tech. LLC)
Co-Chair: Yoshinori Iwashita (DIC)

LCT1-1 DC Image Sticking in Liquid Crystal Displays Caused by Polyimide Anion Radicals
*Yasutomo Nagano^¹, Takanori Mori^¹ (1. JNC Petrochemical Corporation (Japan))

LCT1-2 The Systematically Investigation on the Influence Factor on Vertical Alignment State of Polyimide-Free Liquid Crystal Displays
*Yu Zhang^{^1,2}, Song Lan^², Qian Li^², Xingwu Chen², Te-Jen Tseng², Chung-Ching Hsieh² (1. Peking University Shenzhen Graduate School (China), 2. Shenzhen China Star Optoelectronics Technology Co., Ltd (China))

LCT1-3 Second-Harmonic Imaging of Flexoelectric Polarization in Various Liquid Crystal Cells
*Koichiro Shirota¹, Fumito Araoka¹, Yutaka Yamagata¹ (1. RIKEN (Japan))

LCT1-4 Withdrawn

LCT1-5L A Novel Orientation Method for Nematic LCs by Using Magnetic Field Lines with Permanent Magnets and Electric Field for Assisting the Reorientation
Yoshihiro Aoyagi¹, Yuichi Saito¹, *Yukihiro Kudoh¹, Taiju Takahashi¹ (1. Kogakuin University (Japan))

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LCT2 : LC Flat Diffractive Optics
Special Topics of Interest on AR/VR and Hyper Reality

Wed., Nov. 27  15:20-16:50  Room 107

Chair: Toshiaki Nose (Akita Prefecture University)
Co-Chair: Hiroyuki Yoshida (Osaka University)

LCT2-1 Invited Fundamentals and Applications of Liquid Crystal-Based, Polarization-Dependent Diffractive OpticsFundamentals and Applications of Liquid Crystal-Based, Polarization-Dependent Diffractive Optics
*Hiroyuki Yoshida¹, SeongYong Cho¹, Yuto Tsuboi¹, Yuji Tsukamoto¹, Masanori Ozaki¹ (1. Osaka University (Japan))

LCT2-2 Invited Ultimate Planar Optics for AR/VR and Next Generation Displays
*Nelson Tabirian¹, David Roberts¹, Anna Tabirian¹, Brian R Kimball², Timothy J Bunning³ (1. BEAM Engineering for Advanced Measurements Co. (United States of America), 2. U.S. Army Natick Soldier Systems Center, Natick, Massachusetts (United States of America), 3. Air Force Research Laboratories, Wright-Patterson Air Force Base, Ohio (United States of America))

LCT2-3 Invited Emerging Near-eye Displays with Pancharatnam-Berry Optical Elements
*TAO ZHAN¹, JIANGHAO XIONG¹, JUNYU ZOU¹, GUANJUN TAN¹, SHIN-TSON WU¹ (1. University of Central Florida (United States of America))

LCT2-4 Fast-Response Pancharatnam-Berry Lens for Head-Up Displays
Xiuying Ren¹, *Sida Li¹, Yueda Liu¹, Yan Li¹, Yikai Su¹ (1. Shanghai Jiao tong University (China))

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LCT3 : Advanced LCD Technologies

Wed., Nov. 27  17:00-18:00  Room 107

Chair: Hiroyuki Okada (University of Toyama)
Co-Chair: Koichi Miyachi (JSR)

LCT3-1 A Four-Ways Viewing Angle Controllable Display Using Specify Pixel Structure and Separated Rubbing Method
*Limei Jiang¹, Huilong Zheng¹, ChiaMin Yu¹, Smart Chung¹ (1. InfoVision Optoelectronics (Kunshan) Co., Ltd. (China))

LCT3-2 Optimization of Color and Transmittance in a Dye-Doped Chiral-Nematic Liquid Crystal Cell
*Seung-Min Nam¹, Seung-Won Oh¹, Jae-Won Huh¹, Seong-Min Ji¹, Eunjung Lim², Jinhong Kim², Tae-Hoon Yoon¹ (1. Pusan National University (Korea), 2. LG Chem. (Korea))

LCT3-3 An In-Screen Optical Fingerprint Recognition Structure for Full-Screen LCD
*HaiLiang Wang¹, Yan Lin¹, Ling Wu¹, Poping Shen¹, JunYi Li¹, JianMou Huang¹, Yan Yang¹, Ting Zhou¹ (1. Xiamen Tianma Microelectronics Co., Ltd. (China))

LCT3-4L Withdrawn

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FMC4/LCT4 : Micro LED Display
Special Topics of Interest on Micro/Mini LEDs

Thu., Nov. 28  9:00-10:20  Mid-sized Hall A

Chair: K Käläntär (Global Optical Solutions)
Co-Chair: Seiji Shibahara (Sony Home Entertainment & Sound Products Inc.)

FMC4/LCT4-1 Invited High-Resolution (1,000 to over 3,000 ppi) Full-Color Silicon Display for Augmented and Mixed Reality
*Hidenori Kawanishi¹, Hiroaki Onuma¹, Masumi Maegawa¹, Takashi Kurisu², Takashi Ono², Shigeyuki Akase¹, Shinji Yamaguchi¹, Naoto Momotani², Yusuke Fujita¹, Yuhei Kondo², Kentaro Kubota², Toshimi Yoshida¹, Yuta Ikawa¹, Tsuyoshi Ono², Hiroyoshi Higashisaka², Yasuaki Hirano², Shinsuke Anzai¹ (1. Sharp Fukuyama Semiconductor Co., Ltd. (Japan), 2. Sharp Fukuyama Laser Co., Ltd (Japan))

FMC4/LCT4-2 Invited A New Generation of HDR Display with Super Multi-Zones Mini LED
*Jianping Zheng¹, Zhuo Deng¹, Ling Wu¹, Poping Shen¹, Junyi Li¹, Jianmou Huang¹ (1. XiaMen Tianma Microelectronics Company, Ltd. (China))

FMC4/LCT4-3 Invited Monolithic Integration of GaN-Micro-LED and Si-MOSFET for Bio-application
*Hiroto Sekiguchi^1,2, Hiroki Yasunaga¹, Kazuaki Tsuchiyama¹, Keisuke Yamane¹, Hiroshi Okada¹, Akihiro Wakahara¹ (1. Toyohashi University of Technology (Japan), 2. PRESTO, JST (Japan))

FMC4/LCT4-4 An Active Matrix Mini-LEDs Backlight Based on a-Si
*Bin Liu^1,2, quansheng liu², jia li², yongyuan qiu², junling liu², yong yang², hongyuan xu², Juncheng Xiao², feng zhu², hang zhou¹, Xin Zhang² (1. Peking University Shenzhen Graduate School (China), 2. China Star Optoelectronics Technology (China))

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LCT5/FMC5 : High Performance 8K LCDs

Fri., Nov. 29  9:00-10:35  Mid-sized Hall A

Chair: Koichi Miyachi (JSR)
Co-Chair: Toshimitsu Tsuzuki (NHK)

LCT5/FMC5-1 Invited Novel Liquid Crystal Display mode UV²AII with Photo Alignment Technology for a Large-Screen 8K Display
*Shinichi Terashita¹, Kouichi Watanabe¹, Fumikazu Shimoshikiryoh¹ (1. Sharp Corporation (Japan))

LCT5/FMC5-2 Invited Novel Pixel Structure for the Improving Optical Performances of 8K LCD Panel
*Kwangsoo Bae¹, Minjoeng Oh¹, Beomsoo Park¹, Young Je Cho¹, Sang Hwan Cho¹, Dong Hwan Kim¹ (1. Samsung Display (Korea))

LCT5/FMC5-3 Invited 17-inch Laser Backlight LCD with 8K, 120-Hz Driving and BT.2020 Color Gamut
Yoichi Asakawa¹, Ken Onoda¹, Hiroaki Kijima¹, *Shinichi Komura¹ (1. Japan Display Inc. (Japan))

LCT5/FMC5-4L 55 High Contrast Ratio Panel Produced by Pixel Level Local Dimming Technology
*Chun-chi Chen¹, Yan-Xue Wang¹, Young-Yuan Qiu¹, Gang Yu¹, Chung-Yi Chiu¹, Bin Zhao¹, Xin Zhang¹ (1. China Star Optoelectronics Technology Company, Ltd. (China))

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LCT6 : New LC Applications

Fri., Nov. 29  10:40-12:10  Mid-sized Hall A

Chair: Hideo Ichinose (Merck Performance Materials Ltd.)
Co-Chair: Fumito Araoka (RIKEN)

LCT6-1 Invited Transport of Ions, Electrons and Molecules in Nanostructured Liquid Crystals for Their New Applications
*Takashi Kato¹ (1. The University of Tokyo (Japan))

LCT6-2 Invited Cellulose Derivatives for Color Imaging Applications
*Seiichi Furumi¹ (1. Tokyo University of Science (Japan))

LCT6-3 Withdrawn

LCT6-4L Dye-Doped Liquid Crystal Light Shutter Fabricated by Thermally-Induced Phase Separation
*Yeongyu Choi¹, Seung-Won Oh¹, Tae-Hoon Yoon¹ (1. Pusan National University (Korea))

LCT6-5L High Performance Liquid Crystal on Silicon Spatial Light Modulator (LCOS-SLM) and Flicker Noise Reduction of Multiple Spots
*Hiroshi Tanaka¹, Hiroto Sakai¹, Munenori Takumi¹, Haruyoshi Toyoda¹ (1. Hamamatsu photonics K.K. (Japan))

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LCT7/FLX5 : Flexible LCDs

Fri., Nov. 29  13:20-14:30  Room 204

Chair: Shinichiro Oka (Japan Display Inc.)
Co-Chair: Toshimasa Eguchi (Sumitomo Bakelite Co., Ltd.)

LCT7/FLX5-1 Invited Flexible LCD with Colorless Polyimide
*Kaijun Wang¹, Chunge Yuan¹, Zhuhui Li¹, Li Zhang¹, Qiao Huang¹, Linshuang Li¹, Shujhih Chen¹, Chia-Yu Lee¹, Xin Zhang² (1. Shenzhen China Star Optoelectronics Semiconductor Display Technology Co.Ltd. (China), 2. Shenzhen China Star Optoelectronics Technology Co., Ltd. (China))

LCT7/FLX5-2 Invited Ultra-High Contrast OLCD: Thin and Light Dual Cell LCDs on Plastic
*Paul A Cain¹, James Harding¹, William Reeves¹, May Wheeler¹ (1. FlexEnable Ltd (UK))

LCT7/FLX5-3 Formation of Polymer Walls with a High Aspect Ratio on a Plastic Substrate
*Su Min Do¹, Tae Hoon Choi¹, Jae Won Huh¹, Yeongyu Choi¹, Tae Hoon Yoon¹ (1. Pusan National University (Korea))

LCT7/FLX5-4L New Approach to Process Simplification for Flexible TFT-LCD
*Cheng-He Ruan¹, Chih-Yuan Hou¹, Chia-Jen Li¹, Shih-Min Chen¹, Min-Zi Hong¹ (1. AU Optronics Corporation (Taiwan))

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PRJ7/LCT8 : Eyewear
Special Topics of Interest on AR/VR and Hyper Reality

Fri., Nov. 29  15:00-16:20  Room 108

Chair: Dieter Cuypers (CMST)
Co-Chair: Subaru Kawasaki (JNC Korea)

PRJ7/LCT8-1 LC Lens Fabricated by Photoalignment for AR/VR Systems
*Wei-Wei Chen¹, Jui-Wen Pan¹, Shie-Chang Jeng¹ (1. National Chiao Tung University (Taiwan))

PRJ7/LCT8-2 Effect of Processing Parameters on Visual Quality for Liquid Crystal Displays Compatible with Contact Lenses
*Andres Vasquez Quintero¹, Pablo Perez-Merino², Sudha Sudha¹, Lucas Oorlynck¹, Herbert De Smet¹ (1. Ghent University /imec, Centre for Microsystems Technology CMST (Belgium), 2. Instituto de Investigacion Sanitaria Fundacion Jimenez Diaz (Spain))

PRJ7/LCT8-3 Miniature Liquid Crystal Lens Optimizations
*Dieter Cuypers¹, Rik Verplancke¹, Herbert De Smet¹ (1. imec and Ghent University (Belgium))

PRJ7/LCT8-4 Ferroelectric Liquid Crystal Dammann Grating: for LiDAR Applications
*Zhengnan YUAN¹, Zhibo SUN¹, Abhishek K SRIVASTAVA¹ (1. The Hong Kong University of Science and Technology (Hong Kong))

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Poster LCTp1 : Evaluation Technologies

Thu., Nov. 28  10:40-13:10  Main Hall

LCTp1-1 Enhanced Flexoelastic Ratio of Mesogenic Dopant-Doped Nematic Liquid Crystals
*Jongyoon Kim¹, Ji-Hoon Lee¹ (1. Chonbuk National University (Korea))

LCTp1-2 Study on Local Area Transient Response Cause by Flexoelectric Effect of FFS Mode LCD
*Kun Tsai Huang¹, Yu Wen Hung¹, Ri-Xen Fang¹, Conrad Lee¹, Sung-Chin Lin¹, Chia-Hua Yu¹ (1. HannStar Display (Taiwan))

LCTp1-3 Withdrawn

LCTp1-4 Novel Measurement Method for Difference of Flexo-Coefficients (e_₁₁-e_₃₃) by Using Disclination Lines in HAN Cells with Concentric Rubbing Treatment
*Taiju Takahashi¹, Noriki Shirai¹, Yukihiro Kudoh¹ (1. Kogakuin University (Japan))

LCTp1-5L A Study on Gray Level Dependence of Influence Due to Flexoelectric Effect in FFS LCDs
*Daisuke Inoue¹, Tomomi Miyake¹, Mitsuhiro Sugimoto¹ (1. Tianma Japan, Ltd. (Japan))

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Poster LCTp2 : Alignment Technologies

Thu., Nov. 28  10:40-13:10  Main Hall

LCTp2-1 Vertical Alignment Surface Aligned by LED Light for High Yield Liquid Crystal Display Production
*Man Chun Tseng¹, Chen Xiang Zhao¹, Hon Wah Chiu¹, Shu Tuen Tang¹, Fion Sze-Yan Yeung¹, Hoi Sing Kwok¹ (1. The Hong Kong University Of Science and Technology (Hong Kong))

LCTp2-2 Broadband In-Cell Quarter Wave Plate Using a Combination of Solution-Processed Self-Aligning Liquid Crystal Polymer by Coating Technique and Photoalignment
*Zhibo SUN^1,2, Zhengnan YUAN^1,2, Abhishek Kumar Srivastava^1,2, Hoi-Sing KWOK^1,2,3 (1. Department of Electronic and Computer Engineering, Hong Kong University of Science and Technology (Hong Kong), 2. State Key Laboratory on Advanced Displays and Optoelectronics and Technologies, the Hong Kong University of Science and Technology, Hong Kong (Hong Kong), 3. Jockey Club Institute for Advanced Study, Hong Kong University of Science and Technology (Hong Kong))

LCTp2-3 The Influence of PI and Reactive Mesogens to the Formation and Stability of Pretilt Angle
*Wei Cui¹, Hongquan Wei², Te-Jen Tseng², Chung-Ching Hsieh² (1. Peking University Shenzhen Graduate School/Shenzhen China Star Optoelectronics Technology Co., Ltd (China), 2. Shenzhen China Star Optoelectronics Technology Co., Ltd (China))

LCTp2-4 The Investigation of Alignment Film Effect on High Resolution(8K) Liquid Crystal Display Transmittance
*Yu Zhang¹, Yan-Jun Song², Yong-Chao Zhao², Chung-Ching Hsieh² (1. Peking University Shenzhen Graduate School, Shenzhen , China (China), 2. Shenzhen China Star Optoelectronics Technology Co. Ltd., Shenzhen, China (China))

LCTp2-5 Polar Anchoring Properties of Photoalignment Polyimide Films
*Wei-Wei Chen¹, Jui-Wen Pan¹, Shie-Chang Jeng¹ (1. National Chiao Tung University (Taiwan))

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Poster LCTp3 : Viewing Angle Control

Thu., Nov. 28  10:40-13:10  Main Hall

LCTp3-1 Viewing Angle Controllable LCDs with RGBW CF
Mengqing Zhu¹, Shaonan Zhang¹, Jun Jiang¹, Smart Chung¹, Wei Quan¹, *Jiajun Shen¹ (1. InfoVision Optoelectronics (Kunshan) Co., Ltd. (China))

LCTp3-2 Withdrawn

LCTp3-3 Gray Level Inversion Improvement for Viewing Angle Controllable LCD
*Jiajun Shen¹, Limei Jiang¹, Zhongfei Zou¹, Huilong Zheng¹, Smart Chung¹ (1. InfoVision Optoelectronics (Kunshan) Co., Ltd (China))

LCTp3-4 Effect of Concentration of the Guest Dichroic Dye in Guest-Host Liquid Crystal Panel for Viewing Angle Controller of Display
*Ho-Jin Choi¹, Hyunseung Lee¹, Seunghee Lim¹, Sooyoung Park¹, Seungkil Baek¹, Ji-Hoon Lee¹ (1. Chonbuk National University (Korea))

LCTp3-5L Microscopic Polymer Structure Formation of PDLCs by Patterned UV Irradiation for Viewing Angle Controllable LCDs
*Sou Matsuoka¹, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan))

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Poster LCTp4 : High Image Quality

Thu., Nov. 28  14:30-17:00  Main Hall

LCTp4-1 Research on Liquid Crystal Efficiency and Viewing Angle Perfomance of Pixel Boundary in LCD Display
*Wu Cao¹, Qi Zhang¹, Yinfeng Zhang¹, Yihe Zhang¹, Yunglun Lin¹, Juncheng Xiao¹ (1. Shenzhen China Star Optoelectronics Semiconductor Display Technology Co., LTD (China))

LCTp4-2 An MVA-LCD with Low Color Washout by New Pixel Design
*Qi Zhang¹ (1. Shenzhen China Star Optoelectronics Technology Co., Ltd. (China))

LCTp4-3 Quantitative Research of Light Scattering Intensity from Liquid Crystal on Luminance in the Black State of ADS LCDs
*Xueqiang Qian¹, Dongchuan Chen¹, Bingyang Liu¹, Kaixuan Wang¹, Hongming Zhan¹, Xi Chen¹ (1. BOE Display Technology Co., Ltd. (China))

LCTp4-4 Withdrawn

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Poster LCTp5 : New LC Technologies

Thu., Nov. 28  14:30-17:00  Main Hall

LCTp5-1 Analysis of Optical Performance Degradation in an Ion-Doped Liquid Crystal Cell
*Jeong-Ho Seo¹, Jae-Won Huh¹, Seung-Won Oh¹, Seung-Min Nam¹, Eunjung Lim², Jinhong Kim², Tae-Hoon Yoon¹ (1. Pusan National University (Korea), 2. LG Chem. (Korea))

LCTp5-2 Ion-Doped Liquid Crystal Light Shutter Switchable Among Transparent, Haze-Free Opaque, and High-Haze Opaque States
*Ho-jin Sohn¹, Jae-Won Huh¹, Jeong-Ho Seo¹, Seung-Won Oh¹, Sang-Hyeok Kim¹, Tae-Hoon Yoon¹ (1. Pusan National University (Korea))

LCTp5-3 UV-Curable Silica NPs as a Reinforcing Component in Reverse Mode Polymer-Network LC Light-Scattering Device Fabricated Under Different Curing Conditions
*Eriko Fukuda¹, Mitsuhiro Akimoto¹, Masahiro Miyazaki¹, Shunsuke Kobayashi¹ (1. Sanyo-Onoda City University (Japan))

LCTp5-4 Surfactants Synergistically Contributes to Reduction of Driving Voltage of Reverse-Mode Polymer Network Liquid Crystals with UV-Curable Nanoparticles
*Masahiro Miyazaki¹, Mitsuhiro Akimoto¹, Eriko Fukuda¹, Hiroya Nishikawa², Shunsuke Kobayashi¹ (1. Sanyo-Onoda City University (Japan), 2. RIKEN (CEMS) (Japan))

LCTp5-5L Flexible Vertically Aligned Polymer Network Liquid Crystal Using Transferred Spacers Bonded by Photoreactive Mesogens for Smart Window Films
*Hayato Isa¹, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan))

LCTp5-6L Light Scattering of Ordinary Ray in Reverse Mode LC Cell Assisted by Micro Lens Effect
*Kosuke Sagawa¹, Rumiko Yamaguchi¹, Satoshi Yanase² (1. Akita University (Japan), 2. Akita Industrial Technology Center (Japan))

LCTp5-7L Tunable Narrow-Bandpass Filter Using Blue Phase Liquid Crystal Etalon for Real-Time Multi-Spectral Imaging Systems
*Kosuke Shinatake¹, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan))

LCTp5-8L Electro-Optical Properties and Stabilities of Polymer Network Liquid Crystal Films with Polymer Wall Structure
*SeYong Eom¹, Da-Som Yoon², Tae-Hoon Kwon¹, Soon-Bum Kwon^1,2 (1. Hoseo University (Korea), 2. NDIS Corporation (Korea))

LCTp5-9L Relationship between Liquid Crystal Molecular Behaviors and Dielectric Loss for Microwave Frequency Phase Shifters
*Yoichi Murakami¹, Yosei Shibata¹, Hiroyasu Sato¹, Takahiro Ishinabe¹, Qiang Chen¹, Hideo Fujikake¹ (1. Tohoku University (Japan))

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Poster LCTp6 : Hybridized Material Technologies

Thu., Nov. 28  14:30-17:00  Main Hall

LCTp6-1 Polymer Dispersed-Liquid Crystal Displays with Low Driving Voltage
*Gi Heon Kim¹, Won-Jae Lee¹, Chi-Sun Hwang¹ (1. ETRI (Korea))

LCTp6-2 Photo-Patterned Cholesteric Liquid Crystals for Transparent Computer-generated Waveguide Holography with Visible Playback Capability
*SeongYong Cho¹, Hiroyuki Yoshida¹, Masanori Ozaki¹ (1. Osaka university (Japan))

LCTp6-3 A Novel Transparent Screen Based on Polymer Network Liquid Crystal
*Zhiqing Shi¹, Zhengyu Feng¹, Surgaltu Borjigin¹, Limei Zeng¹, Pojen Chiang¹, Shujhih Chen¹, Chiayu Lee¹, Xin Zhang¹ (1. Shenzhen China Star Optoelectronics Semiconductor Display Technology Co.,Ltd. (China))

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date	time	session		room
Wed., Nov. 27	13:40-15:00	LCT1	Evaluation Techniques	Room 107
	15:20-16:50	LCT2	LC Flat Diffractive Optics Special Topics of Interest on AR/VR and Hyper Reality
	17:00-18:00	LCT3	Advanced LCD Technologies
Thu., Nov. 28	9:00-10:20	FMC4/LCT4	Micro LED Display Special Topics of Interest on Micro/Mini LEDs	Mid-sized Hall A
	10:40-13:10	LCTp1	Evaluation Technologies	Main Hall
	10:40-13:10	LCTp2	Alignment Technologies
	10:40-13:10	LCTp3	Viewing Angle Control
	14:30-17:00	LCTp4	High Image Quality
	14:30-17:00	LCTp5	New LC Technologies
	14:30-17:00	LCTp6	Hybridized Material Technologies
Fri., Nov. 29	9:00-10:35	LCT5/FMC5	High Performance 8K LCDs	Mid-sized Hall A
	10:40-12:10	LCT6	New LC Applications	Mid-sized Hall A
	13:20-14:30	LCT7/FLX5	Flexible LCDs	Room 204
	15:00-16:20	PRJ7/LCT8	Eyewear Special Topics of Interest on AR/VR and Hyper Reality	Room 108

LCT1-1	DC Image Sticking in Liquid Crystal Displays Caused by Polyimide Anion Radicals *Yasutomo Nagano^¹, Takanori Mori^¹ (1. JNC Petrochemical Corporation (Japan))
LCT1-2	The Systematically Investigation on the Influence Factor on Vertical Alignment State of Polyimide-Free Liquid Crystal Displays *Yu Zhang^{^1,2}, Song Lan^², Qian Li^², Xingwu Chen², Te-Jen Tseng², Chung-Ching Hsieh² (1. Peking University Shenzhen Graduate School (China), 2. Shenzhen China Star Optoelectronics Technology Co., Ltd (China))
LCT1-3	Second-Harmonic Imaging of Flexoelectric Polarization in Various Liquid Crystal Cells *Koichiro Shirota¹, Fumito Araoka¹, Yutaka Yamagata¹ (1. RIKEN (Japan))
LCT1-4	Withdrawn
LCT1-5L	A Novel Orientation Method for Nematic LCs by Using Magnetic Field Lines with Permanent Magnets and Electric Field for Assisting the Reorientation Yoshihiro Aoyagi¹, Yuichi Saito¹, *Yukihiro Kudoh¹, Taiju Takahashi¹ (1. Kogakuin University (Japan))

LCT2-1	Invited Fundamentals and Applications of Liquid Crystal-Based, Polarization-Dependent Diffractive OpticsFundamentals and Applications of Liquid Crystal-Based, Polarization-Dependent Diffractive Optics *Hiroyuki Yoshida¹, SeongYong Cho¹, Yuto Tsuboi¹, Yuji Tsukamoto¹, Masanori Ozaki¹ (1. Osaka University (Japan))
LCT2-2	Invited Ultimate Planar Optics for AR/VR and Next Generation Displays *Nelson Tabirian¹, David Roberts¹, Anna Tabirian¹, Brian R Kimball², Timothy J Bunning³ (1. BEAM Engineering for Advanced Measurements Co. (United States of America), 2. U.S. Army Natick Soldier Systems Center, Natick, Massachusetts (United States of America), 3. Air Force Research Laboratories, Wright-Patterson Air Force Base, Ohio (United States of America))
LCT2-3	Invited Emerging Near-eye Displays with Pancharatnam-Berry Optical Elements *TAO ZHAN¹, JIANGHAO XIONG¹, JUNYU ZOU¹, GUANJUN TAN¹, SHIN-TSON WU¹ (1. University of Central Florida (United States of America))
LCT2-4	Fast-Response Pancharatnam-Berry Lens for Head-Up Displays Xiuying Ren¹, *Sida Li¹, Yueda Liu¹, Yan Li¹, Yikai Su¹ (1. Shanghai Jiao tong University (China))

LCT3-1	A Four-Ways Viewing Angle Controllable Display Using Specify Pixel Structure and Separated Rubbing Method *Limei Jiang¹, Huilong Zheng¹, ChiaMin Yu¹, Smart Chung¹ (1. InfoVision Optoelectronics (Kunshan) Co., Ltd. (China))
LCT3-2	Optimization of Color and Transmittance in a Dye-Doped Chiral-Nematic Liquid Crystal Cell *Seung-Min Nam¹, Seung-Won Oh¹, Jae-Won Huh¹, Seong-Min Ji¹, Eunjung Lim², Jinhong Kim², Tae-Hoon Yoon¹ (1. Pusan National University (Korea), 2. LG Chem. (Korea))
LCT3-3	An In-Screen Optical Fingerprint Recognition Structure for Full-Screen LCD *HaiLiang Wang¹, Yan Lin¹, Ling Wu¹, Poping Shen¹, JunYi Li¹, JianMou Huang¹, Yan Yang¹, Ting Zhou¹ (1. Xiamen Tianma Microelectronics Co., Ltd. (China))
LCT3-4L	Withdrawn

FMC4/LCT4-1	Invited High-Resolution (1,000 to over 3,000 ppi) Full-Color Silicon Display for Augmented and Mixed Reality *Hidenori Kawanishi¹, Hiroaki Onuma¹, Masumi Maegawa¹, Takashi Kurisu², Takashi Ono², Shigeyuki Akase¹, Shinji Yamaguchi¹, Naoto Momotani², Yusuke Fujita¹, Yuhei Kondo², Kentaro Kubota², Toshimi Yoshida¹, Yuta Ikawa¹, Tsuyoshi Ono², Hiroyoshi Higashisaka², Yasuaki Hirano², Shinsuke Anzai¹ (1. Sharp Fukuyama Semiconductor Co., Ltd. (Japan), 2. Sharp Fukuyama Laser Co., Ltd (Japan))
FMC4/LCT4-2	Invited A New Generation of HDR Display with Super Multi-Zones Mini LED *Jianping Zheng¹, Zhuo Deng¹, Ling Wu¹, Poping Shen¹, Junyi Li¹, Jianmou Huang¹ (1. XiaMen Tianma Microelectronics Company, Ltd. (China))
FMC4/LCT4-3	Invited Monolithic Integration of GaN-Micro-LED and Si-MOSFET for Bio-application *Hiroto Sekiguchi^1,2, Hiroki Yasunaga¹, Kazuaki Tsuchiyama¹, Keisuke Yamane¹, Hiroshi Okada¹, Akihiro Wakahara¹ (1. Toyohashi University of Technology (Japan), 2. PRESTO, JST (Japan))
FMC4/LCT4-4	An Active Matrix Mini-LEDs Backlight Based on a-Si *Bin Liu^1,2, quansheng liu², jia li², yongyuan qiu², junling liu², yong yang², hongyuan xu², Juncheng Xiao², feng zhu², hang zhou¹, Xin Zhang² (1. Peking University Shenzhen Graduate School (China), 2. China Star Optoelectronics Technology (China))

LCT5/FMC5-1	Invited Novel Liquid Crystal Display mode UV²AII with Photo Alignment Technology for a Large-Screen 8K Display *Shinichi Terashita¹, Kouichi Watanabe¹, Fumikazu Shimoshikiryoh¹ (1. Sharp Corporation (Japan))
LCT5/FMC5-2	Invited Novel Pixel Structure for the Improving Optical Performances of 8K LCD Panel *Kwangsoo Bae¹, Minjoeng Oh¹, Beomsoo Park¹, Young Je Cho¹, Sang Hwan Cho¹, Dong Hwan Kim¹ (1. Samsung Display (Korea))
LCT5/FMC5-3	Invited 17-inch Laser Backlight LCD with 8K, 120-Hz Driving and BT.2020 Color Gamut Yoichi Asakawa¹, Ken Onoda¹, Hiroaki Kijima¹, *Shinichi Komura¹ (1. Japan Display Inc. (Japan))
LCT5/FMC5-4L	55 High Contrast Ratio Panel Produced by Pixel Level Local Dimming Technology *Chun-chi Chen¹, Yan-Xue Wang¹, Young-Yuan Qiu¹, Gang Yu¹, Chung-Yi Chiu¹, Bin Zhao¹, Xin Zhang¹ (1. China Star Optoelectronics Technology Company, Ltd. (China))

LCT6-1	Invited Transport of Ions, Electrons and Molecules in Nanostructured Liquid Crystals for Their New Applications *Takashi Kato¹ (1. The University of Tokyo (Japan))
LCT6-2	Invited Cellulose Derivatives for Color Imaging Applications *Seiichi Furumi¹ (1. Tokyo University of Science (Japan))
LCT6-3	Withdrawn
LCT6-4L	Dye-Doped Liquid Crystal Light Shutter Fabricated by Thermally-Induced Phase Separation *Yeongyu Choi¹, Seung-Won Oh¹, Tae-Hoon Yoon¹ (1. Pusan National University (Korea))
LCT6-5L	High Performance Liquid Crystal on Silicon Spatial Light Modulator (LCOS-SLM) and Flicker Noise Reduction of Multiple Spots *Hiroshi Tanaka¹, Hiroto Sakai¹, Munenori Takumi¹, Haruyoshi Toyoda¹ (1. Hamamatsu photonics K.K. (Japan))

LCT7/FLX5-1	Invited Flexible LCD with Colorless Polyimide *Kaijun Wang¹, Chunge Yuan¹, Zhuhui Li¹, Li Zhang¹, Qiao Huang¹, Linshuang Li¹, Shujhih Chen¹, Chia-Yu Lee¹, Xin Zhang² (1. Shenzhen China Star Optoelectronics Semiconductor Display Technology Co.Ltd. (China), 2. Shenzhen China Star Optoelectronics Technology Co., Ltd. (China))
LCT7/FLX5-2	Invited Ultra-High Contrast OLCD: Thin and Light Dual Cell LCDs on Plastic *Paul A Cain¹, James Harding¹, William Reeves¹, May Wheeler¹ (1. FlexEnable Ltd (UK))
LCT7/FLX5-3	Formation of Polymer Walls with a High Aspect Ratio on a Plastic Substrate *Su Min Do¹, Tae Hoon Choi¹, Jae Won Huh¹, Yeongyu Choi¹, Tae Hoon Yoon¹ (1. Pusan National University (Korea))
LCT7/FLX5-4L	New Approach to Process Simplification for Flexible TFT-LCD *Cheng-He Ruan¹, Chih-Yuan Hou¹, Chia-Jen Li¹, Shih-Min Chen¹, Min-Zi Hong¹ (1. AU Optronics Corporation (Taiwan))

PRJ7/LCT8-1	LC Lens Fabricated by Photoalignment for AR/VR Systems *Wei-Wei Chen¹, Jui-Wen Pan¹, Shie-Chang Jeng¹ (1. National Chiao Tung University (Taiwan))
PRJ7/LCT8-2	Effect of Processing Parameters on Visual Quality for Liquid Crystal Displays Compatible with Contact Lenses *Andres Vasquez Quintero¹, Pablo Perez-Merino², Sudha Sudha¹, Lucas Oorlynck¹, Herbert De Smet¹ (1. Ghent University /imec, Centre for Microsystems Technology CMST (Belgium), 2. Instituto de Investigacion Sanitaria Fundacion Jimenez Diaz (Spain))
PRJ7/LCT8-3	Miniature Liquid Crystal Lens Optimizations *Dieter Cuypers¹, Rik Verplancke¹, Herbert De Smet¹ (1. imec and Ghent University (Belgium))
PRJ7/LCT8-4	Ferroelectric Liquid Crystal Dammann Grating: for LiDAR Applications *Zhengnan YUAN¹, Zhibo SUN¹, Abhishek K SRIVASTAVA¹ (1. The Hong Kong University of Science and Technology (Hong Kong))

LCTp1-1	Enhanced Flexoelastic Ratio of Mesogenic Dopant-Doped Nematic Liquid Crystals *Jongyoon Kim¹, Ji-Hoon Lee¹ (1. Chonbuk National University (Korea))
LCTp1-2	Study on Local Area Transient Response Cause by Flexoelectric Effect of FFS Mode LCD *Kun Tsai Huang¹, Yu Wen Hung¹, Ri-Xen Fang¹, Conrad Lee¹, Sung-Chin Lin¹, Chia-Hua Yu¹ (1. HannStar Display (Taiwan))
LCTp1-3	Withdrawn
LCTp1-4	Novel Measurement Method for Difference of Flexo-Coefficients (e_₁₁-e_₃₃) by Using Disclination Lines in HAN Cells with Concentric Rubbing Treatment *Taiju Takahashi¹, Noriki Shirai¹, Yukihiro Kudoh¹ (1. Kogakuin University (Japan))
LCTp1-5L	A Study on Gray Level Dependence of Influence Due to Flexoelectric Effect in FFS LCDs *Daisuke Inoue¹, Tomomi Miyake¹, Mitsuhiro Sugimoto¹ (1. Tianma Japan, Ltd. (Japan))

LCTp2-1	Vertical Alignment Surface Aligned by LED Light for High Yield Liquid Crystal Display Production *Man Chun Tseng¹, Chen Xiang Zhao¹, Hon Wah Chiu¹, Shu Tuen Tang¹, Fion Sze-Yan Yeung¹, Hoi Sing Kwok¹ (1. The Hong Kong University Of Science and Technology (Hong Kong))
LCTp2-2	Broadband In-Cell Quarter Wave Plate Using a Combination of Solution-Processed Self-Aligning Liquid Crystal Polymer by Coating Technique and Photoalignment *Zhibo SUN^1,2, Zhengnan YUAN^1,2, Abhishek Kumar Srivastava^1,2, Hoi-Sing KWOK^1,2,3 (1. Department of Electronic and Computer Engineering, Hong Kong University of Science and Technology (Hong Kong), 2. State Key Laboratory on Advanced Displays and Optoelectronics and Technologies, the Hong Kong University of Science and Technology, Hong Kong (Hong Kong), 3. Jockey Club Institute for Advanced Study, Hong Kong University of Science and Technology (Hong Kong))
LCTp2-3	The Influence of PI and Reactive Mesogens to the Formation and Stability of Pretilt Angle *Wei Cui¹, Hongquan Wei², Te-Jen Tseng², Chung-Ching Hsieh² (1. Peking University Shenzhen Graduate School/Shenzhen China Star Optoelectronics Technology Co., Ltd (China), 2. Shenzhen China Star Optoelectronics Technology Co., Ltd (China))
LCTp2-4	The Investigation of Alignment Film Effect on High Resolution(8K) Liquid Crystal Display Transmittance *Yu Zhang¹, Yan-Jun Song², Yong-Chao Zhao², Chung-Ching Hsieh² (1. Peking University Shenzhen Graduate School, Shenzhen , China (China), 2. Shenzhen China Star Optoelectronics Technology Co. Ltd., Shenzhen, China (China))
LCTp2-5	Polar Anchoring Properties of Photoalignment Polyimide Films *Wei-Wei Chen¹, Jui-Wen Pan¹, Shie-Chang Jeng¹ (1. National Chiao Tung University (Taiwan))

LCTp3-1	Viewing Angle Controllable LCDs with RGBW CF Mengqing Zhu¹, Shaonan Zhang¹, Jun Jiang¹, Smart Chung¹, Wei Quan¹, *Jiajun Shen¹ (1. InfoVision Optoelectronics (Kunshan) Co., Ltd. (China))
LCTp3-2	Withdrawn
LCTp3-3	Gray Level Inversion Improvement for Viewing Angle Controllable LCD *Jiajun Shen¹, Limei Jiang¹, Zhongfei Zou¹, Huilong Zheng¹, Smart Chung¹ (1. InfoVision Optoelectronics (Kunshan) Co., Ltd (China))
LCTp3-4	Effect of Concentration of the Guest Dichroic Dye in Guest-Host Liquid Crystal Panel for Viewing Angle Controller of Display *Ho-Jin Choi¹, Hyunseung Lee¹, Seunghee Lim¹, Sooyoung Park¹, Seungkil Baek¹, Ji-Hoon Lee¹ (1. Chonbuk National University (Korea))
LCTp3-5L	Microscopic Polymer Structure Formation of PDLCs by Patterned UV Irradiation for Viewing Angle Controllable LCDs *Sou Matsuoka¹, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan))

LCTp4-1	Research on Liquid Crystal Efficiency and Viewing Angle Perfomance of Pixel Boundary in LCD Display *Wu Cao¹, Qi Zhang¹, Yinfeng Zhang¹, Yihe Zhang¹, Yunglun Lin¹, Juncheng Xiao¹ (1. Shenzhen China Star Optoelectronics Semiconductor Display Technology Co., LTD (China))
LCTp4-2	An MVA-LCD with Low Color Washout by New Pixel Design *Qi Zhang¹ (1. Shenzhen China Star Optoelectronics Technology Co., Ltd. (China))
LCTp4-3	Quantitative Research of Light Scattering Intensity from Liquid Crystal on Luminance in the Black State of ADS LCDs *Xueqiang Qian¹, Dongchuan Chen¹, Bingyang Liu¹, Kaixuan Wang¹, Hongming Zhan¹, Xi Chen¹ (1. BOE Display Technology Co., Ltd. (China))
LCTp4-4	Withdrawn

LCTp5-1	Analysis of Optical Performance Degradation in an Ion-Doped Liquid Crystal Cell *Jeong-Ho Seo¹, Jae-Won Huh¹, Seung-Won Oh¹, Seung-Min Nam¹, Eunjung Lim², Jinhong Kim², Tae-Hoon Yoon¹ (1. Pusan National University (Korea), 2. LG Chem. (Korea))
LCTp5-2	Ion-Doped Liquid Crystal Light Shutter Switchable Among Transparent, Haze-Free Opaque, and High-Haze Opaque States *Ho-jin Sohn¹, Jae-Won Huh¹, Jeong-Ho Seo¹, Seung-Won Oh¹, Sang-Hyeok Kim¹, Tae-Hoon Yoon¹ (1. Pusan National University (Korea))
LCTp5-3	UV-Curable Silica NPs as a Reinforcing Component in Reverse Mode Polymer-Network LC Light-Scattering Device Fabricated Under Different Curing Conditions *Eriko Fukuda¹, Mitsuhiro Akimoto¹, Masahiro Miyazaki¹, Shunsuke Kobayashi¹ (1. Sanyo-Onoda City University (Japan))
LCTp5-4	Surfactants Synergistically Contributes to Reduction of Driving Voltage of Reverse-Mode Polymer Network Liquid Crystals with UV-Curable Nanoparticles *Masahiro Miyazaki¹, Mitsuhiro Akimoto¹, Eriko Fukuda¹, Hiroya Nishikawa², Shunsuke Kobayashi¹ (1. Sanyo-Onoda City University (Japan), 2. RIKEN (CEMS) (Japan))
LCTp5-5L	Flexible Vertically Aligned Polymer Network Liquid Crystal Using Transferred Spacers Bonded by Photoreactive Mesogens for Smart Window Films *Hayato Isa¹, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan))
LCTp5-6L	Light Scattering of Ordinary Ray in Reverse Mode LC Cell Assisted by Micro Lens Effect *Kosuke Sagawa¹, Rumiko Yamaguchi¹, Satoshi Yanase² (1. Akita University (Japan), 2. Akita Industrial Technology Center (Japan))
LCTp5-7L	Tunable Narrow-Bandpass Filter Using Blue Phase Liquid Crystal Etalon for Real-Time Multi-Spectral Imaging Systems *Kosuke Shinatake¹, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan))
LCTp5-8L	Electro-Optical Properties and Stabilities of Polymer Network Liquid Crystal Films with Polymer Wall Structure *SeYong Eom¹, Da-Som Yoon², Tae-Hoon Kwon¹, Soon-Bum Kwon^1,2 (1. Hoseo University (Korea), 2. NDIS Corporation (Korea))
LCTp5-9L	Relationship between Liquid Crystal Molecular Behaviors and Dielectric Loss for Microwave Frequency Phase Shifters *Yoichi Murakami¹, Yosei Shibata¹, Hiroyasu Sato¹, Takahiro Ishinabe¹, Qiang Chen¹, Hideo Fujikake¹ (1. Tohoku University (Japan))

LCTp6-1	Polymer Dispersed-Liquid Crystal Displays with Low Driving Voltage *Gi Heon Kim¹, Won-Jae Lee¹, Chi-Sun Hwang¹ (1. ETRI (Korea))
LCTp6-2	Photo-Patterned Cholesteric Liquid Crystals for Transparent Computer-generated Waveguide Holography with Visible Playback Capability *SeongYong Cho¹, Hiroyuki Yoshida¹, Masanori Ozaki¹ (1. Osaka university (Japan))
LCTp6-3	A Novel Transparent Screen Based on Polymer Network Liquid Crystal *Zhiqing Shi¹, Zhengyu Feng¹, Surgaltu Borjigin¹, Limei Zeng¹, Pojen Chiang¹, Shujhih Chen¹, Chiayu Lee¹, Xin Zhang¹ (1. Shenzhen China Star Optoelectronics Semiconductor Display Technology Co.,Ltd. (China))