【议程抢先看】聚焦ICDT MicroLED行业的6个分论坛

wloe2gf · 发表于 2024-10-10 10:29:28

2024国际表示技术大会（ICDT）将于2024年3月31日-4月3日在合肥滨湖国际会展中心举行。

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ICDT 2024

注册日前已然开放啦，请登录以下网址进行注册吧！！

会议注册：https://www.sidicdt.org/col.jsp?id=207仅观展注册：https://www.sidicdt.org/col.jsp?id=751住宿预定：https://www.sidicdt.org/col.jsp?id=208

日前已然颁布ICDT 2024的初版议程（Advanced Program），本期将为您仔细介绍技术研讨会中MicroLED行业的议程信息！

ICDT 2024 MicroLED行业共有6个分论坛

MicroLED Epitaxy and Chips

MicroLED Processing Technology

MicroLED Device

MicroLED Displays

MicroLED Full Color Technology

MicroLED Evaluation

MicroLED行业共有52篇报告，包含19篇邀请报告，10篇口头报告,23篇海报报告。除了以上6个分论坛，还有Micro/MiniLED表示关键技术路线研讨会。

Technical Session

Session 15: MicroLED Epitaxy and Chips (EMQ-MicroLED)Monday, April 1/10:00-11:20/ Room 20615.1 Invited Paper: Pixel-Level Collimation for Self-Emissive Displays (10:00-10:20)Enguo Chen (陈恩果), Fuzhou University15.2 Invited Paper: Improvement in Quantum Efficiency of Green GaN-based Micro-LED by Trapezoidal Quantum Well (10:20-10:40)Ping Su (苏萍),Tsinghua university15.3 MOCVD Solution for Mini and Micro-LED based Advanced Display Applications (10:40-11:00)Jason Hu, AMEC15.4 Efficiency Improvement Mechanism Analysis of Sidewall Passivation GaN based Micro-LEDsby Atomic Layer Deposition (11:00-11:20)Mengyuan Zhanghu, Southern University of Science and TechnologySession 23: MicroLED Processing Technology (EMQ-MicroLED)Tuesday, April 2/13:30-15:30/ Room 20623.1 Invited Paper: High-Resolution Additive Manufacturing for Next-Generation Micro-LED andOLED Displays (13:30-13:50)Filip Granek, XTPL S.A.23.2 Invited Paper: Roll-to-Roll Manufacturing of GaN-Based LED Sheets for MicroLEDApplication (13:50-14:10)Vladimir Matias, iBeam Materials, Inc.23.3 Invited Paper: Fabrication of Super Uniform Nickel Bumps Using Electroless Plating onMicro-LEDs TFT Driver Substrates (14:10-14:30)Jie Sun (孙捷), Fuzhou University23.4 Application of Laser-Assisted Bonding in Micro-LED Display Technology (14:30-14:50)Yongxin Cui, Chengdu Vistar Optoelectronics Co., Ltd.23.5 Laser Processes for MicroLED Display Manufacturing (14:50-15:10)Stephen Li, Coherent23.6 Application of Non-Conductive Paste (NCP)-Assisted Bonding for Interconnection between Micro-LED and Backplane (15:10-15:30)Xiaobiao Dong, Chengdu Vistar Optoelectronics Co., Ltd.Session 31: MicroLED Device (EMQ-MicroLED)Tuesday, April 2/15:40-17:00/ Room 20631.1 Invited Paper:Advances in Micro-LED Technology for Single Pixel Imaging and Optical Wireless Communication (15:40-16:00)Martin Dawson, University of Strathclyde31.2 Invited Paper: Exploring Future Display: Innovative Applications of Metal-Oxide, LTPS, and LTPO Backplane for Micro-LED Displays (16:00-16:20)Yong-Sang Kim, Sungkyunkwan University31.3 Progressive Emission Method Using Pulse Width Modulation for Micro-LED Display (16:20-16:40)Shangjun Xu, Chengdu Vistar Optoelectronics Co., Ltd.31.4 Enhancing Micro-LED Pixel Circuit Performance through Threshold Voltage Compensation Utilizing LTPO Technology (16:40-17:00)Yan Li, Sungkyunkwan UniversitySession 39: MicroLED Displays (EMQ-MicroLED)Tuesday, April 2/17:10-18:50/ Room 20639.1 Invited Paper: Innovating for a Better Tomorrow with Sustainable Micro-Pixel Fabrication(17:10-17:30)Reza Chaji, VueReal Inc.39.2 Invited Paper: Direct View Mirco-LED Displays: Readiness Towards Commercialization(17:30-17:50)Nag Patibandla, Applied Materials39.3 Invited Paper: RGB Nanowire Based Micro-LED Chips for Efficient and High PerformanceUltra Fine Pitch Direct View Displays (17:50-18:10)Ivan-Christophe Robin, ALEDIA39.4 Invited Paper: High-Definition Vertical Stack R/G/B Micro-LED Pixel ArchitecturesFabricated by Advanced Epitaxy (18:10-18:30)Young Joon Hong, Sejong University39.5 Invited Paper: NanoLEDs for Augmented Reality Applications (18:30-18:50)Victor Hsia, NS Nanotech, Inc.Session 47: MicroLED Full Color Technology (EMQ-MicroLED)Wednesday, April 3/8:30-10:10/ Room 20647.1 Invited Paper: Small-sized and Efficient Red-emitting Phosphor for Mini-LED Display (8:30-8:50)Quanlin Liu (刘泉林), University of Science and Technology Beijing47.2 Invited Paper: Improving Full-Color Micro LED Color Purity through the Application of Recycling-Reflection Color-Purity Enhancement Films (8:50-9:10)Zhi Ting Ye (叶志庭), National Chung Cheng University47.3 Invited Paper: Critical Issues in the Fabrication of Color Conversion Layers viaElectrohydrodynamic Inject Printing (9:10-9:30)Yue Lin (林岳), Xiamen University47.4 High-Resolution Patterning of Fluorescent Films by Femtosecond Laser-Induced ForwardTransfer (9:30-9:50)Yue-Feng Liu, Jilin University47.5 Ultrafine-pitch AlGaN Ultraviolet-C MicroLED Displays for Quantum Dots Color Conversion(9:50-10:10)Feng Feng, The Hong Kong University of Science and TechnologySession 55: MicroLED Evaluation (EMQ-MicroLED)Wednesday, April 3/10:20-12:00/ Room 20655.1 Invited Paper: Yield and Manufacturing Challenges for MicroLED Micro-displays (10:20-10:40)Soeren Steudel, MICLEDI microdisplay BV55.2 Invited Paper: Massive MicroLED Electroluminescence Detection Based on Flexible 3-dimensional Probe Arrays (10:40-11:00)Xian Huang (黄显), Tianjin University55.3 Invited Paper: Wafer Level Cathodoluminescence Analysis for MicroLED Process Development (11:00-11:20)Samuel Sonderegger, Attolight55.4 Invited Paper: Design Diversity: Emerging Trends in MicroLED Chip Architecture, Metrology, and Inspection (11:20-11:40)David Lewis, InZiv55.5 Investigation of Light Leakage on the Thin-Film-Transistors Depending on the Micro-LEDBackplane Structures (11:40-12:00)Peixuan Chen, Tianma Advanced Display Technology Institute (Xiamen) Co., Ltd.

Poster Session

P 11. MicroLEDP 11.1 The Technology of Micro-LED Seamless SplicingChangming Xiang, TCL China Star Optoelectronics Display TechnologyP 11.2 Transfer of Flip-Chip Structure Micro-LED from Sapphire to Thin FilmJiayi Li, Southern University of Science and TechnologyP 11.3 The Flexible Color Conversion Film for Full-Color Micro-LED DisplayYonghong Lin, Southern University of Science and TechnologyP 11.4 The Application of Dot Printing Technology Mini-LED Backlight UnitXiao Wang, BOE MLED Technology Co., Ltd.P 11.5 Study on the Optical Compensation Improvement Effect of MicroLEDs at VariousBrightness LevelsBojia Lyu, Shanghai Jiao Tong UniversityP 11.6 Research of Extinction Ratio Enhancement of Linear Polarized Micro-LEDJingnan Zeng, Southern University of Science and TechnologyP 11.7 Simulation Analysis of PID Product Splicing Seam Based on Glass SubstrateYunyuan Zhang, Tianma Advanced Display Technology Institute (Xiamen) Co., Ltd.P 11.8 Research on Electroless Nickel Immersion Gold for Glass-Based Direct Display MLEDProducts with High Copper AreaHaifeng Hu, BOE Technology Group Co., Ltd.P 11.9 Realization of High PPI Transparent TFT Backplane and Its Application in Micro-LEDDisplayTianyi Wu, Tianma Advanced Display Technology Institute (Xiamen) Co., Ltd.P 11.10 Minimal Efficiency Degradation and Elevated Radiometric Power Density of Ultraviolet-A micro-LED with Homoepitaxial StructureYibo Liu, The Hong Kong University of Science and TechnologyP 11.11 Optimizing Chip Sidewall Inclined Angle and Thickness for Enhanced Light Extraction Efficiency in AlGaN-based Deep Ultraviolet Micro-LEDsJuan Wang, Southern University of Science and TechnologyP 11.12 Micro LED Technology and Application Development TrendsMingxiao Jiang, Beijing BOE Display Technology Co., Ltd.P 11.13 GaN-Based Micro-LED Sidewall Defect Reduction via Plasma Pre-Treatment and Atomic Layer DepositionZhaoyong Liu, Shanghai UniversityP 11.14 Enhanced Thermal Stability and High Color Accuracy in GaN-on-GaN Homoepitaxy Micro-LEDsZichun Li, The Hong Kong University of Science and TechnologyP 11.15 Enabling the Transfer of GaN-LED Epitaxial Wafer from Sapphire to Silicon through Laser Lift-offWenjun Huang, Southern University of Science and TechnologyP 11.16 Design and Performance Study of Optoelectronic Co-modulated Full GaN LETWenjuan Su, Fuzhou UniversityP 11.17 Design of Monolithically Integrated Voltage-controlled MOSFET-MicroLED DeviceYanzhen Yin, Southern University of Science and TechnologyP 11.18 1.63-inch 403-PPI Full-color Active-Matrix LTPS Micro-LED DisplayYijie Wang, Tianma Advanced Display Technology Institute (Xiamen) Co., Ltd.P 11.19 By Introducing an Optical Optimization Layer to Improve Screen QualityZedan Chen, BOE MLED Technology Co., Ltd.P 11.20 Organic-Perovskite Bilayer Color Conversion Media for Full-Color DisplaysShoucheng Dong, The Hong Kong University of Science and TechnologyP 11.21 The Impact of Defects on the Performance of Micro-LED Devices: A Simulation StudyJinyu Ye, Fuzhou UniversityP 11.22 Debut Display of Quantum Dots as On-Chip Photoluminescent Down-converters in LEDYukai Su, Nanjing Technology Corporation Ltd.P 11.23High Light Emitting and Color Conversion Efficiency Micro-LED Weiling Guo, Beijing University of Technology

邀请报告人介绍

ICDT 2024

（以下排名不分先后次序，信息由专家自己供给）

Martin Dawson教授，斯特拉斯克莱德大学

Martin Dawson is Distinguished Professor and Director of Research at the University of Strathclyde’s Institute of Photonics, which he helped establish in 1996. He is also, since 2012, the Head and Scientific Director of the UK’s first Fraunhofer research centre, the Fraunhofer Centre for Applied Photonics. Prof. Dawson was one of the founders of the field of micro-LEDs and his group and their collaborators have pioneered much of that technology, contributing extensively to its development for over 22 years. More broadly, his research includes/has included ultrafast lasers, diamond photonics, optically-pumped semiconductor lasers, visible light communications, and semiconductor heterogeneous integration by techniques including transfer printing and ink-jet printing. In 2022 he was elected FRS - a fellow of the UK’s Royal Society - and he also holds fellowships of the Royal Society of Edinburgh (FRSE), Optica/OSA, IEEE and the Institute of Physics (IOP). He has received a number of awards for his work including Optica’s Nick Holonyak Jr Award and ISA’s Global Solid State Lighting Award of Outstanding Achievement.

Yong-Sang Kim

教授，成均馆大学

Y.-S. Kim is a Professor at the School of Electronic and Electrical Engineering, SKKU, since 2013. He received his B.S. (1988), M.S. (1990), and Ph.D. (1994) in Electrical Engineering from seoul National University. Dr. Yong-Sang Kim was also a Professor at Myongji University from 1995 to 2013. He had a previous appointment as a Director at the Nano-Bio Research Center (2005-2013), at Myongji University; with the BK21 Development of Advanced Materials for Nanostructure Construction (2006-2013); and with the Nano Electronics and System Lab. (2006-2012), National Research Lab. (NRL). His research interests in the biosensor field include the design, fabrication, and characterization of thin film transistors for DNA, cancer cell and other biomolecule detection working with different organic materials, e.g., pentacene and graphene. Other biosensor topics in his research activities involve the electrochemical sensor, using modified electrodes for detection of DNA, proteins, enzymes and other biomolecules, and microfluidic system of CE-AD (Capillary Electrophoresis Amperometric Detection) for biochemistry applications. Dr. Yong-Sang Kim is currently the Director of the Nano Electronics and Microfluidic Sensor Laboratory at Sungkyunkwan University, where he oversees many research projects focused on oxide TFTs, transistor-based biosensor, organic solar cells, and solution-processing technologies for organic electronic devices.

Reza ChajiCEO，VueReal

Dr. Reza Chaji is the CEO and co-founder of VueReal Inc., a Waterloo (ON, Canada) based company focused on revolutionary technologies for enhancing electronic systems (displays, sensors, AI, Autonomy, medical, health, automotive, etc.) by integrating millions of micro-optoelectronic devices into system substrates scalably, affordably, and rapidly.

He has extensive experience in the development and commercialization of advanced technologies. His work for enhancing OLED TVs yield, quality, and reliability is adopted in today’s OLED TVs.

He received his Ph.D. degree (2008) in Electrical Engineering at the University of Waterloo, Waterloo, Canada, where he worked on designing and implementing large-area electronic systems for AMOLED displays, biomedical imagers, and bio-array sensors.

He has over 70 published papers and one book in the field of display and sensor, over 200 filed/granted patent applications, and has received several prestigious scholarships and awards, including the Young Alumni Achievement Medal, Faculty of Engineering, University of Waterloo, 2012; CMC Douglas R. Colton Medal for Research Excellence 2009; and Strategic Microelectronics Council of ITAC Industrial Collaboration Award 2007.

Nag Patibandla副总裁，Applied Materials, Inc

Nag Patibandla is the Vice President for Advanced Deposition Products in the Office of the CTO at Applied Materials, Inc. He manages a number of emerging technology programs aimed at developing new products, validating innovation, defining product architecture and business strategy, and engaging partners. Nag’s current areas of interest include: Micro-LED displays, III-Nitride devices, superconducting materials, optical and quantum films, 3D Printing, CMP pads, deposition processes (MOCVD, PVD), etc. His expertise is in identifying growth opportunities and developing strategic plans for product development in various emerging technologies and semiconductor-adjacent areas. In addition, Nag oversees Applied’s government/external funding strategy, development, and programs in various core and adjacent areas of business.

Nag joined Applied in 2008. Since, he has helped establish programs in various new technology areas and has established an infrastructure to secure and administer external/government funding for growth programs. Nag has over 25 years of experience in industry, academia, and government, with an extensive R&D bac公斤round in semiconductors, solid state lighting, photovoltaics, batteries, fuel cells, high temperature superconductivity, and related technologies. Before joining Applied, Nag was the Director of Center of Future Energy Systems at Rensselaer Polytechnic in Troy, NY. Prior to that, he worked in New York State government and at the General Electric Global R&D Center.

Nag received his Ph.D. in Materials Science and Engineering and a Master’s degree in Mechanics and Materials Science from Rutgers University, NJ, having first completed his bachelor’s degree in Metallurgical Engineering at the National Institute of Technology, Warangal (formerly Regional Engineering College) in India. He has authored/co-authored over 300 publications that include peer reviewed papers and patent applications in various areas of materials engineering.

In recognition of his professional achievements, the Board of Governors and Management of National Institute of Technology, Warangal, India bestowed Distinguished Alumni Professional Achievement Award (2020). Other notable recognitions include CHP Champion by the U.S. Combined Heat and Power Association (2003), Energy Professional of the Year by the New York Chapter of Association of Energy Engineers (2007), Rensselaer Polytechnic Institute Trustee “Faculty Achievement” recognition (2007), Applied Materials President’s Quality Award (2011) and the Best Patents of Applied Materials award (2018). Dr. Patibandla currently serves a four-year term as a Member of Emerging Technology Technical Advisory Committee, U.S. Dept of Commerce (2020-24), and had previously served on numerous U.S. Dept. of Energy Committees and various U.S. National Laboratory External Review Panels.

Ivan-Christophe ROBINCTO,Aledia

Ivan-Christophe Robin completed his PhD on single photon emitters at the University of Grenoble in 2005. He then did a post-doctorate fellowship at the University of British Columbia in Vancouver where he developed infra-red laser sources for medical applications. He joined CEA-LETI in 2007 where he occupied different positions form researcher and project manager on LEDs and µLED to Strategic Marketing Manager of the Photonic Devices. He joined Aledia as CTO Display in 2017.

Young Joon Hong

教授，世宗大学

Y. J. Hong received B.S. from Korea University in 2004 and Ph.D. from POSTECH, Korea in 2011, all in Materials Science and Engineering. From 2011 to 2012, he worked as a postdoctoral researcher with JSPS fellowship at Research Center for Integrated Quantum Electronics, Hokkaido University, Japan. Dr. Hong has joined Sejong University. His current research includes MOCVD-based epitaxy of III-nitride and fabrication of microscale lighting devices for high-definition display applications.

刘泉林

教授，北京科技大学

刘泉林：北京科技大学材料科学与工程学院教授，曾兼任材料理学与化学系专家。1970年1月出生于山东垦利县，1998年于中科院理学科研所凝聚态理学专业获理学博士学位。中科院理学科研所助理科研员（1998－2000年），副科研员（2000－2005），北京科技大学教授（2005年-）。时期，日本国家材料科研所STA博士后（2001.1－2003.1）。日前科研方向为稀土和过渡族金属掺杂的无机发光材料，侧重LED照明和表示用的发光材料。迄今合作发布SCI学术论文200余篇，被引用15000多次，得到授权发明专利10余项。荣获2004年北京市科学技术奖一等奖，2019年广东省科技进步奖二等奖，2021年稀土科学技术奖一等奖，2022年教育部自然科学奖二等奖。

黄显

教授，天津大学

Xian Huang is currently a Professor at the School of Precision Instrument and Optoelectronics Engineering in Tianjin University. He also serves as CEO at Tianjin Onerole Technology Inc. and a principal investigator in the Qiantang Science and Technology Innovation Center. He received his Ph.D. degree in Mechanical Engineering from Columbia University in 2011, and worked as a Postdoctoral Researcher in the University of Illinois at Urbana Champaign from 2011 to 2014. He then worked as an Assistant Professor in the Department of Mechanical Engineering in Missouri University of Science and Technology until 2016. His major research area is flexible biomedical electronics, which includes devices for physical and chemical sensing and stimulation in wearable and implantable configurations as well as bioresorbable electronics. He has published more than 115 papers and obtained 30 authorized patents.

叶志庭

副教授，中正大学

叶志庭，有近14年的工业工作经验。2019年起任教于国立中正大学机械系、光机电工程科研所。

目前的科研兴趣包含光电子学、生物医学光电子、半导体和前瞻表示。光电组件行业的科研主题包含UV LED、VCSEL、MicroLED芯片结构的内量子效率优化科研。生物医学光电子学科研利用非侵入性光谱或影像辨别来检测生理疾患。半导体科研主题为高功率GaN HEMT封装，前瞻表示科研主题为Mini、Micro LED表示。

专利成果方面，日前已得到全世界专利193项。已取得美国专利41项、台湾专利91项、中国专利56项、其他国家5项。在学术科研方面已发布国际SCI期刊论文19篇。其中Q1排名有9篇，Q2排名有7篇。还因其科研、教育、发明和专利申请而得到了无数奖项。

林岳

副教授，厦门大学

林岳博士，厦门大学电子科学系副教授。科研行业为Micro-LED表示技术、电流体微喷印量子点荧光转换层技术、GaN和AlGaN基半导体材料及器件光电性质、全无机和有机-无机混合型钙钛矿量子点光电特性等。以第1或通讯作者在 Adv. Mat.、Adv. Opt. Mat.、Small、Appl. Phys. Lett.、Photonics Res. 等期刊发布科研论文20 余篇。主持国家基金面上项目、福建省基金面上项目与对外合作项目等多项科研课题。

陈恩果

副教授、福州大学

陈恩果，副教授，博士生导师，2013年浙江大学博士毕业后加入了福州大学郭太良院士和严群院士的科研团队，随后分别在香港科技大学郭海成教授和中佛罗里达大学吴诗聪教授的指点下开展拜访科研。重点从事新型表示技术方面的科研，涵盖材料制备、器件工艺、光学设计仿真、系统集成应用方面，详细方向触及AR/VR近眼表示、微表示与微投影、量子点发光与表示等。做为项目负责人主持国家自然科学基金面上项目、省发改委、省科技厅重大项目等课题10余项。日前已在国内外学术刊物发布论文90余篇，授权国家发明专利40余件，多次在国际学术会议做邀请报告。重点学术兼职包含：中国真空学会表示专委会秘书长、Society for Information Display (SID) 技术委员会委员、中国图象图形学学会技术委员、ESCI《液晶与表示》编委、双核心《光学技术》编委、国内外40余本Peer Review期刊邀请审稿人。

Soeren Steudel

CTO&联合创始人，MICLEDI Microdisplay BV

Soeren Steudel is co-founder and CTO at MICLEDI microdisplays BV developing the next generation µLED displays for AR waveguide optics. Prior to founding MICLEDI in 2019, he worked as principal member of technical staff at imec on process integration for AMOLED displays, X-ray imager, fingerprint sensors, 3D stacked logic and DRAM.

David Lewis创始人, CEO，InZivDavid Lewis is founder and CEO of InZiv LTD. He served previously as VP Sales & Marketing at Nanonics Imaging, a leading nano-optical company, where he led the global sales team. With over a decade of experience in managing complex high-tech sales, David is an expert in nano-technology & nano-optical tools. He holds multiple patents and has published multiple peer-reviewed papers in the field of nano-optics and nano-technology, In recent years, David has emerged as a recognized thought leader in the microLED testing space.

国际表示技术大会（International Conference on Display Technology, ICDT）是SID在美国境外举办的独一独立品牌的表示技术会议。2024国际表示技术大会（ICDT 2024）将于2024年3月31日-4月3日在合肥滨湖国际会展中心举办。大会在2017年-2023年相继在福州、广州、苏州昆山、武汉、北京、福州、南京成功举办七届ICDT大会。大会的特点包含：参会人数多、规格高、国际化程度高、技术含量高、产业相关度强、内容丰富、报告数量多、技术行业广等。ICDT已然作为每年一度的国际表示技术盛会！

组织单位

指点单位：合肥市人民政府、安徽省经济和信息化厅、中央广播电视总台技术局主办单位：国际信息表示学会 (SID) 北京分会、香港分会、台北分会、超高清视音频制播呈现国家重点实验室、福州大学承办单位：维信诺、合肥工业大学、国际信息表示学会中国区（SID China）、合肥市经济和信息化局、合肥新站高新区管委会协办单位：合肥市新型表示产业协会、Micro-LED生态联盟战略支持单位：莱茵技术（上海）有限机构大会议程

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