OLED ＆ XR KOREA 2025 Tutorial Speakers

Changho Noh
Senior Analyst, UBI Research

Title : Key Technologies to Realize Next-generation OLED Display

Abstract : TBD

Young Joon Hong
Professor, Sungkyunkwan University

Title : Micro-LEDs toward super-realistic AR display applications 

Abstract : LEDs are ultimate emissive devices due to their high quantum efficiency, brightness, long lifespan, and temperature tolerance. Micro-LEDs are promising for AR displays. This tutorial explores the opportunities and challenges in fabricating micro-LEDs for ultra-realistic immersive display applications.

Seunghyup Yoo
Professor, KAIST

Title : Stretchable displays: from fundamentals to applications

Abstract : Stretchable displays hold promises as building blocks for future IT devices including expandable screens, electronics on skin, or object-wrapping devices. This tutorial covers fundamental aspects of stretchable displays, design considerations, and challenges to overcome, as well as their potential applications.

OLED ＆ XR KOREA 2025 Conference Speakers

Choonghoon YI
CEO, UBI Research

Title : Growth Potential and Barriers of OLED and Micro-Display

Abstract : TBD

JONGHO HONG
Master, Samsung Display

Title : Embracing Stretchable Form Factor-free Displays and Beyond

Abstract : The stretchable display is one of key technologies for form factor-free devices that adapt to various surfaces and deformations. We discuss fabrication concepts, material innovations, and future applications emphasizing flexibility, design freedom, and seamless integration into everyday environments.

KI HWAN, SON (ERIC SON)
Vice President, LG Display

Title : The Best Display Solution for Software Defined Vehicles 

Abstract : The automotive evolution to Electric Vehicles and Software Defined Vehicles will also bring a new revolution to displays. LG Display has grown to become the world’s No.1 automotive display supplier and is preparing for a big step forward in preparation for the upcoming automotive revolution. In the era of Electric Vehicles and Software Defined Vehicles, we would like to examine the role of display and propose the best display solution.

Dr. Chang Wook Han
EVP / Research Director, UBI Research

Title : Trends Shaping the Future of Medium-Sized Displays: IT OLED & Automotive Displays

Abstract : TBD

Dr. Joohan Kim
Senior Analyst, UBI Research

Title : Micro-LED Technology and Market Trends

Abstract : TBD

Dr. Chiwoo Kim
Co-founder & CTO, Kinetic Photonics

Title : Backplane Technologies of AR/VR and IT Display 

Abstract : OLED and Micro-LED Displays are being applied for AR/VR and IT displays.
Key backplane technologies for AR/VR and IT displays will be discussed.

Dr. Michael Hack
VP of Business Development, Universal Display Corporation (UDC)

Title : Phosphorescent OLED Innovations for Efficiency and Sustainability

Abstract : UDC will present groundbreaking advancements and our roadmap to the innovation, development, and commercialization of phosphorescent OLED materials and technologies for energy-efficient displays and lighting products with improved sustainability, emphasizing new technologies which will enable ultra-low power consumption.

Hiroshi Mukawa
Corporate Distinguished Engineer, Chief AR Strategist, Sony Semiconductor Solutions Corporation

Title : Evolution and Future of Optical Display Technologies in XR

Abstract : The XR market is finally showing signs of growth, driven by advances in processors, AI, and optical display technologies, etc. This talk reviews the evolution of optical displays in AR glasses and VR HMDs, highlighting key technological breakthroughs. I will also discuss the current challenges and future directions of optical display technologies, which are crucial for enhancing user experience and expanding XR adoption.

ZhongSheng Luo
GM of Product Development and VP of Sales, Nanosys

Title : Quantum Dot & Automotive Display Applications

Abstract : QD-based displays have been widely adopted by major consumer brands in the past decade due to the exceptional color and HDR performance enabled by QD. Now it is time to bring such improvements to automotive displays.

BRIAN KIM
CEO, RAONTECH

Title : Microdisplay for Next Gen. XR Devices

Abstract : AR glasses is the closest device for human-AI-interface and silicon based microdisplays are key components. Since the light weight of AR glasses comparable to normal glasses is the most important feature, small but with high density microdisplay drives its way to reach below 50g. Recent trends on microdisplays, such as LCoS, LEDoS, OLEDoS, will be covered in terms of size, resolution, luminance, and power consumption with proper optical solutions.

Masaru Inoue
Chief Scientist, TOYOTech

Title : Introductions of DCM1000 DC-JVL Measurement System

Abstract : DCM1000 is developed with Sharp and JAIST for to obtain DC-JVL characteristics of OLEDs with high measurement sensitivity. The results can be used for a novel degradation analysis. In this presentation, we’ll introduce about DCM1000 with some interesting data.

MYUNGHEE LEE, Ph.D.
CEO, Sapien Semiconductors Inc.

Title : CMOS Backplane Technology and Its Challenge for LEDoS AR Smart Glasses

Abstract : This presentation will introduce the latest trends in CMOS backplane technology and products for LED-on-Silicon (LEDoS) microdisplays, specifically designed for AR smart glasses. It will also discuss key challenges faced by the industry.

Bart Klumpers
Dr. Ir., Software for Chemistry & Materials

Title : Simulation-Enhanced OLED Analysis and Design

Abstract : SCM combines OLED device simulations and molecular modelling into an integrated workflow for extracting information on charge transport, exciton dynamics, degradation mechanisms and optical losses. Highlights will be discussed for materials screening, inverse design strategies and up-cycling of (experimental) data.

WOO NAM JEA
Sales Director, SID TEK

Title : Current Status and Challenges of OLEDoS Industry in China

Abstract : In China, three companies are already mass-producing OLEDoS at the 12-inch plant and many companies are preparing to enter this industry. I will explain the status of the OLEDoS industry in China and present the problems and challenges.

Jun Yeob Lee
Professor, Sungkyunkwan University

Title : Material and Device Strategies for High Efficiency and Long Lifetime Organic Light-Emitting Diodes

Abstract : Organic light-emitting diodes are facing several challenging issues for advanced device performances. In this presentation, material and device approaches to resolve the current issues of organic light emitting diodes will be presented.

Michael Helander 
CEO, OTI Lumionics Inc.

Title : Emerging Trends and Innovations in Under-Display Cameras and NIR Sensors for Mobile Devices

Abstract : This presentation will explore the emerging trends and innovations associated with under-display cameras and NIR sensors in mobile devices, along with recent market trends. Achieving optimal performance for these technologies demands advanced system-level solutions, requiring collaboration and innovation from both display manufacturers and device OEMs. The session will also highlight the latest developments in panel designs, process technologies, and materials that are shaping the future of under-display cameras and NIR sensors.

OH HYOUNG YUN
CEO, LORDIN

Title : A New Mechanism, ZRIET, for Solving the Issue of Phosphorescent Blue (ZRIET: Zero Radius of Intramolecular Energy Transfer )

Abstract : Through the ZRIET Mechanism, a two-component (ZRIET Pt-dopant, n-host) emission layer structure achieved efficiency and promising lifetime results comparable to or better than the conventional three-component (p-host, n-host, Pt-dopant) device.

OJiwon Rho
IR Manager , LetinAR

Title : Advancements in plastic reflective waveguides for enhanced AI integration in AR smartglasses

Abstract : This presentation explores LetinAR’s advancements in plastic reflective waveguides, enhancing AR smartglasses with improved optical efficiency, display quality, and AI integration. It highlights strategies for maximizing visual performance and power efficiency, enabling compact, AI-driven AR experiences for seamless, all-day use.

Tasha Agreste
Business Development Manager-Deuterated Reagent Applications , Cambridge Isotope Laboratories, Inc

Title : Market Trend Perspectives and the Importance of Deuterium in the OLED Industry

Abstract : Cambridge Isotope Laboratories, the world leader in stable isotope labeled products, was founded in 1981 and acquired by Otsuka in 1998.CIL​employees over 750 people worldwide. For close to two decades CIL has supported OLED, other electronic applications and pharmaceutical that utilize deuterium. The demand for deuterated materials in the electronics industry continues to grow with applications in multiple market segments. Deuterium supply to these growing industrial applications is critical. CIL has addressed this increased demand and limited supply by creating three major recycling programs for deuterium gas , deuterium oxide and benzene-d6. CIL has also expanded our synthetic expertise to offer advanced deuterated intermediates to the OLED community.