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The 2022 agenda has been announced! Featuring speakers from from AUDI AG, LG Display, Intel, Coherent, Omdia, Yole Développement, Schrödinger, Display Supply Chain Consultants, Applied Materials, EMD Electronics, Universal Display Corporation, and more.

Plus, all networking breaks, lunches, and the networking reception will be shared with the co-located Phosphors and Quantum Dots attendees, doubling the networking possibilities!

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Registration and Opening Remarks
Registration and Continental Breakfast
Opening Remarks
Session I: State of the Industry - OLEDs, Phosphors, and Quantum Dots
< Session Description >
This session will summarize the last two years of development, presentations will cover materials, applications, and supply chain disruption
KEYNOTE: Quantum Dots, OLEDs and Phosphors: Reinventing the Display Industry Together

Consumer demand for ever brighter, more colorful, and energy-efficient displays continue to drive innovation in display materials. Quantum Dots, Phosphors, and OLEDs are increasingly working together to meet these demands, bringing incredible new display experiences to consumers, and changing the way we see our digital world.

Nanosys has a unique perspective on the latest developments across all three light emitting technologies as the company integrates its quantum dot technology into displays of all types including LCDs, miniLED LCDs, OLEDs, microLEDs and next generation nanoLEDs. Some of the most compelling new display products introduced in 2022, such as Quantum Dot-OLED, combine these technologies in new ways with incredible results.

In this keynote, Jason Hartlove, CEO of Nanosys, shares his vision for the next wave of display innovation being enabled by Quantum Dots, Phosphors, and OLEDs.

Jason Hartlove | President & CEO, Nanosys
All Things Bright and Beautiful – Covering All Technologies for Colour and Contrast in Displays (REMOTE)
Phosphors, QDs, OLED emitters, MiniLED lit LCD, MicroLED and all the related trends and players thereof. Aim to balance some technical insights with mainly commercial and strategic orientation.

Ian Hendy | CEO, Hendy Consulting
Recent Trend of OLED Display Market & Technology
As LCD display has rapidly lost its market leading position, lots of display manufacturers have focused to develop their OLED display technology. This speech will discuss the recent trend of OLED display market & technology in terms of various application such as smartphone, transformable device, IT device, TV.
Jerry Kang | Research Manager, OLED Flexible, Micro LED and Emerging Technology, Omdia
Keynote: Edge Intelligent Displays & PC Innovation
Large screen foldable display notebook PCs are becoming an interesting new device category where it combines usages of multiple different form factors into one physical instantiation. These devices present a multitude (and often conflicting) of product design and technology challenges. Intel is defining EVO specifications for foldable display systems to ensure a premium experience for this new mobile device category. This presentation will provide an overview of how a common Software based AI solutions stack will help establish this new device category for new usage afforded and ensure a uniform basic experience across different products from various OEMs.
Kunjal Parikh | Chief Technologist /Director of Products, Client Customer Ecosystem Development, Intel
Networking Break with The Phosphors and Quantum Dots Industry Forum
Session II: A Comparative Look
< Session Description >
This session will explore the similarities and differences between various lightings and display technologies and how they stack up against each other in various applications. Presentations will explore pros and cons from cost to performance.
IJP-QLED Display Development towards its Commercialization (REMOTE)
Quantum dots light emitting diodes(QLEDs), have been widely recognized as the most promising next-generation display technology candidate. At current stage, the lifetime issue of QLEDs remains the critical challenges towards commercialization, especially for blue devices. For mass-production of QLEDs, other issues need to be addressed including device structure compatible for production and improvement in the Ink-Jet-Printed(IJP) device performances.  To solve these issues, TCL QLED team has made significant progress in the development of high-performance QLED devices.The lifetime performance of QLED devices were able to be competitive with that of OLEDs. We have successfully adopted the top emission device structure, which is compatible for panel mass-production with better current efficiency. Furthermore, the performance gap between spin-coated and IJP devices has been largely resolved, owing to the effort on the optimization of inks, film quality and IJP fabrication flow. Such progress is expected to shed light on the dawn of QLED commercialization. 
Dr. Longjia Wu | Materials Development Expert, TCL Corporate Research
Where do all the photons go? Optical modeling of a QD-OLED device
QD-OLED has now hit the mainstream market with exceptional reviews. Here we take a look at the underlying mechanisms of color conversion in this device as well as the performance trends through an optical modeling approach. By adjusting various properties of the QD layer, trends in performance such as the color of emitted light, green photon output, blue leakage, and loss mechanisms are investigated. This simple model and associated data analysis provide insight into important design considerations for QD color converted pixels for future display technologies such as QD-OLED and microLEDs.
Peter Palomaki, Ph.D. | Owner, Chief Scientist, Palomaki Consulting, LLC
How Perovskite Quantum Dots will Help the LCD Industry to Survive
A color conversion film with green and red color conversion materials is needed for mini-LED based LCD displays because the traditional approach of using phosphors on-chip does not
work for such displays due to technical limitations. Either narrow band phosphors (like BSialon or KSF) or quantum dots (like CdSe or InP) are commercially used in color conversion films and the selection of these materials is mainly driven by display performance including picture quality but also battery-life. We present and discuss the pros and cons of the different material combinations in relation to the specific display types of TV, monitors, notebooks and tablets and will show where perovskite quantum dots will make a difference and will help the LCD industry to compete against OLED industry. Furthermore we give an update on the
development and commercialization status for our color conversion films which are based on different combinations of green perovskites and red emitter materials.
Dr. Norman Luechinger | CTO and Founder, Avantama AG
Technology Panel: Exploring the challenges and benefits of different technology
Moderator: Eric Virey

Panelists coming soon
Networking Lunch with The Phosphors and Quantum Dots Industry Forum
Session III: Innovation in OLED Products
< Session Description >
OLEDs are most commonly used in display applications such as smartphones and TVs. This session will feature presentations on current work of panel makers and provide an update on design challenges and progress.
OLED, The Evolutionary Experience
LG Display has continued evolution and innovation since its first mass production of OLED TV in 2013. As a dominant display technology, OLED has made a new history of displays, driving expansion of high-end market with advanced technology, growing production capacity, and various applications. And now, we are trying to provide differentiated consumer values and experiences through OLED products that have evolved further, the OLED.EX.
Dr. Jang Jin Yoo | Image Quality Expert and Research Fellow, LG Display
Multi-stack OLEDs for High Brightness, Long Lifetime Applications
Most of the commercial OLED products available today are single stack OLEDs consisting of 1 emission layer. OLEDWorks specializes in multi-stack OLEDs (2 to 6 emission layers) to produce the brightest, longest lifetime OLED products in the world. Current applications include General Lighting where OLEDWorks panels deliver white light at 7,000-8,500 cd/m2 with operating lifetimes >30,000 hours (hr.) and Automotive Lighting where OLEDWorks panels deliver red light at 2,000 cd/m2 with operating lifetimes >20,0000 hr. at 60°C. Next generation red automotive panels from OLEDWorks will deliver 10,000 cd/m2 with operating lifetimes from 5,000 to 15,000 hr. at 60°C and 20,000 cd/m2 with operating lifetimes >3,000 hr. at 60°C. Other colors for Automotive Lighting are planned, including amber, cyan, and white with a brightness of 10,000 to 20,000 cd/m2 or higher. In addition, OLEDWorks is developing Microdisplays where full color prototypes have been demonstrated at 15,000 cd/m2 and monochrome green prototypes have been demonstrated at 100,000 cd/m2.    
Raymond Reyes | User Experience (UX) Consultant, OLEDWorks
Networking Break with the Phosphors and Quantum Dots Industry Forum
OLED as best display technology or hard competition with FALD LCD and Micro-LED?
Merits and shortcomings of OLEDs are compared with FALD LCDs ans Micro-LEDs. Examples are achievable luminance, lifetime and cost. Which applications favour OLEDs in terms of their USPs?
Dr. Karlheinz Blankenbach | Professor & Consultant, Pforzheim University Display Lab
MicroLED Device Technology for Low Power Wearable Displays
We present state of the art for materials and devices for use in low power wearable displays.  We show efficiencies for InGaN-R, G, B, and AlInGaP-R materials as well as the dependence of performance on current density and emitter size. We further discuss how display efficiency can benefit from the presented level of microLED performance and contrast various material systems and optimal driving conditions.    
Brendan Moran | Sr. Director of Display Technology, Lumileds
Reception with the Phosphors and Quantum Dots Industry forum
Registration and Continental Breakfast
Registration and Continental Breakfast
Welcome and Opening Remarks
Ashli Speed, Senior Conference Producer, Smithers
Session IV: OLED Market Drivers
< Session Description >
This session will feature presentations on trends that are impacting OLED growth and commercial use, from material selection to manufacturing 
UDC's Progress with Phosphorescent OLED Technology
OLED displays are now in commercial production for a range of products from cell phones, tablets, UHD TV’s, and newly emerging applications such as AR/VR headsets, laptop displays, wearable devices and solid-state lighting. UDC is a pioneer in the development and supply of phosphorescent OLED technology and materials for both energy efficient display and lighting applications. In this presentation we outline how we are ensuring that our PHOLED technology roadmap meets the ever more demanding performance requirements of future products, and expand the OLED market. In particular we outline our organic vapor jet printing (OVJP) for depositing patterned small molecule organic materials to manufacture large area side by side R-G-B OLED TVs, and our development to enable the introduction of our all-phosphorescent RGB stack into the commercial market in 2024. We also compare OLEDs with microLEDs, and note that while future microLED displays offer potential benefits of lower pixel fill-factors enabling the integration of additional components at the pixel level or achieve increased transparency, OLEDs can achieve comparable power efficiencies with a roadmap to ultra low power consumption.
Dr. Mike Hack | VP of Business Development, Universal Display Corporation
Digital OLED for personalization and car-2-X communication with light
Digital OLED as enabler for personalization of exterior lighting design
  • Car-2-X- communication by multi-segment OLED technology
  • Automotive OLED lighting future towards high brightness exterior display

Dr. Werner Thomas | Project Manager OLED-Lighting, AUDI AG
Advanced Laser Technologies for Today´s and Next Generation OLED Displays
The Innovation in Display Technology is at an All-Time High Level Seeking for differentiation and diversification. New materials, new form factors demand new (laser) processes to produce OLED displays for mobile phones and IT panels on industrial standards. The IT panel market has experienced a strong growth in the past years. Currently, there are many discussions and evaluations ongoing about high-end OLED based tablets, notebooks, and foldable devices coming with a larger size compared to the well-established mobile OLED devices.  Coherent has the broadest laser portfolio and is the only supplier offering all types of lasers and optics for the FPD industry! We will present the laser processes along the production of an OLED display and how we support the increasing size of high-resolution OLED displays in the future.
Dr. Qiongying Hu | Strategic Marketing, Coherent
OLED-on-Silicon Microdisplays

The significance of microdisplays, particularly OLED-on-Silicon microdisplays, have come to the forefront with the advent of AR/VR applications, With recent brightness and other improvements, OLED-on-Silicon microdisplays are considered the technology of choice for today’s AR/VR applications. This talk will discuss the key display requirements for AR/VR applications and how OLED-on-Silicon microdisplays are well positioned to meet them.

Dr. Ilyas Khayrullin | Vice President, eMagin Corp.
Networking Break with The Phosphors and Quantum Dots Industry Forum
Session V: Manufacturing and Materials
First, Faster, Further: Competitive Advantage with Next-Generation Materials Development
We are in a paradigm-changing era in the way scientists’ experiment. Many fields such as automotive engineering and particle physics have relied on accurate simulation to design parts
and experiments. In recent years computational chemistry has joined this paradigm with a rich
set of capabilities at the atomistic and coarse-grained scales to accelerate materials
development. In this talk, critical case studies illustrating the latest physics-based simulation
technology combined with genetic optimization, active learning, and AI generative models for
the design and optimization of OLED materials will be presented. Finally, real-time collaboration enables multidisciplinary teams to amplify their collaboration on a global scale.
Dr. Christopher T. Brown, Ph.D. | Executive Director of Material Discovery, Schrödinger
Materials Enabling the Next Generation of OLED Displays

The next generation of OLED displays will offer more than lower power consumption and longer lifetime. They will also have improved color purity, due to reduced pixel cross-talk, and switching dynamics. Many of these new properties are related to the entire OLED stack design and this talk will explore how to optimize performance using our broad portfolio of materials.

Michele Ricks | Business Development Manager, OLED Technical Marketing, EMD Performance Materials, a business of Merck KGaA, Darmstadt, Germany
Networking Lunch with the Phosphors and Quantum Dots Industry Forum
Improved OLED Light Outcoupling and Enabling Narrow Cone Angle Emission by Modifying OLED Pixel Structures in a Display.

We will show in this paper , both with simulations and experimental results that it is possible to significantly improve the outcoupling of the light from OLED pixels in a display (2.5-3.5 times) potentially reaching an outcoupling efficiency well above 50%, without creating optical crosstalk and loss of resolution. In a very close collaboration between teams in National Taiwan University (simulations and experiments) and Applied Materials (experiments) we developed a solution for the low outcoupling efficiency of light in OLED pixels (~20%) , by introducing some simple manufacturable changes in the pixel bank structure and the filling of the bank without modifying the OLED layer build up itself. We have shown that efficiency can be improved by 2.5 to 3.5 times.

Using a similar approach it is also possible to get a very narrow cone angle emission of OLED pixels, even in directions off the normal axis, with very high efficiency.

Dr. Robert Visser | Appointed Vice President of Engineering, Office of the CTO, Applied Materials
How to Improve OLED R&D Workflows with Digital Twins

Despite the successes of OLED applications, research and development (R&D) mainly rely on costly and labor-intensive operations. The OLED device stack is designed and optimized by performing trial-and-error cycles that provide limited information about how the devices can be improved. All the stakeholders in the OLED industry are urgently looking for a breakthrough in their R&D approach. Thus, allowing for increased productivity and insights on the device functioning. Simulation software solutions are available to study disordered organic semiconductor devices that are based on different simulation methods. The most used methods are 1D drift diffusion, 1D or 3D Master Equation (3D ME) and 3D kinetic Monte-Carlo (3D KMC).An overview of the pros and cons of each of these simulations will be given. 3D-kMC currently is the solution allowing for predictive simulations and providing the highest level of insights at the device scale. Its only limitation can be the simulation speed. Fortunately, tremendous speedup improvements have been achieved with our 3D-kMC software, Bumblebee, thus making 3D-kMC the ultimate tool for OLED device R&D. These improvements will be presented during our talk. Finally, in this talk we will show how 3D KMC simulations can be used to understand and improve OLED devices. A selection of case studies that were performed with Bumblebee will be presented such as: - Multiscale toolchain: where input parameters needed for device scale simulations are automatically calculated based on the molecular structures. This approach allows for a seamless prediction of device properties starting from molecule compositions. Currently obtaining input parameters experimentally can be costly and time consuming, thus there is an increasing interest towards achieving a fully integrated toolchain that can simulate OLED devices from material parameters obtained with ab initio methods. Our recent progress on this multiscale toolchain will be presented based on industrial cases as well as devices studied by renowned research groups. - OLED Lifetime: where we will show how Bumblebee makes it easy to simulate OLED degradation scenarios and detect the key bottlenecks that limit device lifetime. Addressing these bottlenecks is then possible by material and stack design improvements.

Siebe van Mensfoort | Co-Founder and CEO, Simbeyond B.V.
Closing Panel
End of Event