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*This year's agenda schedule will take place live in Eastern Daylight Time (UTC-4:00)

All presentations will be recorded and available for on-demand viewing within the online platform for 90 days following the conclusion of the event.

Session I: State of the Industry - Phosphors, Quantum Dots, and OLEDs
The TV Market Post-Pandemic
The TV industry has benefited from increased demand during the pandemic, and the top brands have generated unprecedented profitability. Demand for LCD TV panels has pulled panel prices from all-time lows to their highest point in years, boosting profitability for panel makers as well. This presentation will review the state of the industry for major brands and panel makers, and the battle for the premium segment among competing brands and technologies.The premium TV space drives display innovation for improvements in brightness, color, resolution, contract, and other metrics. We will outline the technology battle between OLED and LCD today, and show how DSCC expects this battle to play out as new technologies like QD OLED, MiniLED, and MicroLED emerge. We will draw from DSCC’s reports on TV cost and advanced TV shipments, and describe the strategies of major global TV brands as they compete for the premium TV market.
Bob O'Brien | Co-Founder and President, Display Supply Chain Consultants (DSCC)
Next Generation Displays: Are MicroLED In The Race?
Halide perovskite semiconductors can merge the highly efficient operational principles of conventional inorganic semiconductors with the low-temperature solution processability of emerging organic and hybrid materials, offering a promising route towards cheaply generating electricity as well as light. Following a surge of interest in this class of materials, research on halide perovskite nanocrystals has gathered momentum in the last years. This talk will highlight current trends in research on halide perovskite and perovskite-related nanocrystals (with a focus on the activities in our group), and will discuss their synthesis, processing, and applications (mainly in light emitting devices). The talk will also present a possible roadmap for materials discovery in this area of research.
Dr. Eric Virey | Senior Market & Technology Analyst, Yole Développement
Keynote | Quantum Dots: Reinventing the Display Industry
Quantum Dot technology continues to gain momentum in the display industry. Since 2013 Nanosys QDEF™ Quantum Dot technology has been featured in more than 40 million displays across over 600 unique, consumer-loved products.

A new generation of applications for extruded, printed, and flexible Quantum Dot displays is emerging. Jason Hartlove, CEO of Quantum Dot leader Nanosys, shares his vision for the next phase of Quantum Dot technology development. Including a look at how Quantum Dots will begin to change the way displays are made, enabling new, disruptive low-cost models for display manufacturing and redefining displays as we know them.
Jason Hartlove | President & CEO, Nanosys
Networking Opportunities
Session II: Display Technology - Phosphors, Quantum Dots, and OLEDs
Challenges for Realizing QD-LED
In recent years, quantum dots (QDs) have attracted lots of interest as a new material in display applications. In particular, QD-LED, which is based on the electroluminescence of QD itself, is expected as the final form of QD display that realizes wide color gamut, low power consumption, and high resolution. We will present the outlook and challenges for realizing QD-LED.
Dr. Yang Qu | QD-LED Fabrication, Sharp Corporation
Green perovskite QDs + red KSF phosphor – An Unbeatable Combo
RGB OLED technology has always been the prime candidate for smartphones due to its lowest power consumption amongst all (affordable and mature) display technologies. However, RGB OLED technology has not been (significantly) applied to tablets and notebooks so far because of its high costs per display area. But as there are sufficient manufacturing capacities for RGD OLED right now, this technology tries to penetrate into the tablet and notebook market creating a fierce competition between the LCD and OLED section for such devices. In this talk we will show you why and how the combination of our green perovskite QDs and red KSF phosphor will enable the LCD section to win the LCD/OLED race for tablets and notebooks on the picture quality level (color gamut and peak brightness) but also, and more importantly, on the power consumption level. We also give insight into our development status on yellow perovskite/KSF-based color conversion films including the technical challenges we had to overcome.

Norman Luechinger | CTO, Avantama AG
The Linewidth Gaps for Quantum Dots and Micro LEDs
The emission linewidth of light emitters such as quantum dots and µLEDs significantly affect their performance in displays, but the gaps between experimental data and the fundamental limits have not been clearly quantified. Here, a survey of experimental data and simple theoretical models are used to delineate large linewidth gaps for both QDs and µLEDs for visible wavelengths. For CdSe QDs the linewidth gap is ~1.5-3 times the fundamental limit. For InP QDs the linewidth gap is ~2-4 times the fundamental limit. For GaN-based µLEDs the gap is ~1.5-3 times the fundamental linewidth limit. It is also shown that both state-of-the-art OLEDs and GaN LEDs have similar linewidths over the visible wavelength range. Moreover, it is found that one of the value propositions of using inorganic GaN µLEDs (better color gamut) is yet to be demonstrated, and QDs as color conversion for red and green will likely prove beneficial until the “ideal state” of GaN based µLEDs can be proven/solved.
Dr. Khaled Ahmed | Senior Principal Engineer, Intel
Presentation To Be Confirmed
Panel: Survival of the Fittest...
This panel will focus on the comparison of microLEDs vs. OLEDs, taking a deeper dive into the threats and opportunities for both technologies. Our featured panelists will offer insight into the most lucrative and commercially viable opportunities for OLED technology, and discuss how OLEDs both compete and collaborate with microLEDs, Quantum Dots, and other comparable technologies.

Panelists to be announced.
Conclusion of Day One
The online platform will remain open, and attendees are encouraged to engage with speakers, sponsors, and fellow attendees through the available networking tools. Start an online chat, schedule one-to-one video meetings, or pull up an open seat at one of the tables in the networking lounge to join in faciliated conversations, or start a conversation of your own.
Session III: Innovation and Advancement
Kenynote Presentation To Be Announced
PFS/KSF Technology in Display and General Illumination Applications
PFS/KSF Technology provides superior performance for efficient red luminescence required in both display applications seeking wider color gamut performance as well as general illumination applications desiring high efficiency with truer color rendering of illuminated areas and objects. With PFS/KSF Phosphors in display devices, LEDs illuminate with a truer saturated red yielding vivid red colors while reducing yellowing of the green pixel emission.  In general illumination, the technology has enabled lighting products with 90CRI and R9>50 at the same/better lumen efficiency as 80CRI products. Moreover, the technology is well suited for high-quality, high-efficient lighting as evaluated with evolving color standards (e.g. TM-30). Significant progress has been made to enable more challenging applications for these fluoride Mn4+  phosphors in terms of both cost and reliability. Today’s use of this technology as well as areas of development, innovation, and expansion for PFS/KSF Phosphor will be discussed. Advancement for green luminescent materials will be shared that build upon the improved color gamut that PFS/KSF technology has enabled.
Dr. William Cohen | General Manager, Specialty Materials, Current Lighting Solutions, LLC
Long-Term Performance of Narrow-Band Red Emitters Used in SSL Devices
An opportunity for a significant increase in luminous efficacy and spectral efficiency of solid-state lighting (SSL) devices can be realized by reducing the amount of light that spills over into the deep red and near-infrared regions (i.e., above 740 nm). Advances in red emitter technology toward narrower emissions peaks has allowed narrow-band (NB) technologies like magnesium-doped potassium fluorosilicate (PFS) phosphor and red quantum dots (QDs) mixed with conventional green phosphors, that were traditionally used in displays, to transition into the more rugged conditions experienced by SSL devices. The long-term performance of these NB red emitter technologies in SSL devices was not well understood, and RTI used accelerated stress testing (AST) to study the long-term behavior of NB red emitter products that use PFS and QD-phosphors. Initial increases of up to 15% in luminous efficacy of radiation (LER) could be achieved using the NB red emitter technology compared to a conventional phosphor-converted LED, and these LER gains were not compromised with aging in elevated ambient temperatures of 75°C. As humidity was introduced into the system (75°C and 75% relative humidity), the NB red emitters experienced significant chromaticity shifts and accelerated decay of luminous flux maintenance. These findings provide direction for future research of NB red emitter technologies and demonstrate that excellent performance can be achieved with both PFS and QD NB technologies in normal indoor environments.
Kelley Rountree | Reliability and Exposure Engineer, RTI International
New Horizons in Color Quality: QD-enabled Human Centric Lighting
Human Centric Lighting focuses on the photobiological effects of light on the human body, and how those effects can be stimulated and enhanced by high quality LED lighting to enhance human health and well-being. In the area of visible lighting, HCL places an emphasis on the cyan and NIR parts of the spectrum. Quantum dots were first introduced in 2019 to provide record efficacies for general lighting products. These QD materials generally enable the highest quality light at the highest efficacy and are well suited for tailoring a spectrum to a set of desired characteristics while still bringing the highest possible performance. While Human Centric Lighting solutions are growing year-over-year, this talk will cover some of the most prominent HCL designs to date and the technical challenges to introducing QD-enabled HCL components.
Dr. Juanita Kurtin | Director of Materials Research, OSRAM Opto Semiconductors
Networking Opportunities
During this dedicated networking time, attendees are invited to engage in online chats, schedule one-to-one video meetings, and pull up an open seat at one of the tables in the networking lounge to join in faciliated conversations, or start a conversation of your own.
Session IV: Quantum Dots
Bright, Colorful and Efficient: Discover the Future of QD-microLEDs with QustomDot
Nanocrystal semiconductors or quantum dots (QDs) have earned their place as down-convertors for displays since the commercialization of Cd-based QDs in LCDs in the early 2010’s. The benefits in terms of color quality and conversion efficiency have been widely recognized as key selling points. Since then, a shift towards greener, Cd-free materials has been initiated by European RoHS directives that restrict the use of Cd in consumer appliances. This stimulated the development of InP-based QDs, which can nowadays be produced through economical synthesis routes that yield excellent optical properties. In parallel, display technologies have evolved from LCD panels to self-emissive screens with a trend towards smaller and smaller pixel sizes. Technologies such as OLED and in particular microLED, which uses inorganic emitter materials, are seen as key enabling technologies for next generation high-brightness displays. Nevertheless, challenges in scaling pick-and-place processes and in producing highly efficient red and green native microLEDs currently hamper microLED mass production. RoHS-compliant colloidal QDs for on-chip down-conversion provide an attractive and cost-effective alternative for various innovative device architectures that are being developed throughout the microLED ecosystem. For this reason, QustomDot was founded at the start of 2020 to assist the microLED industry and to accelerate the roll-out of QD-microLED displays. At the 2020 edition of the Phosphors & Quantum Dot Industry Forum, QustomDot presented how its technology platform based on InP QD materials yields promising photostability results for red QDs in a mid-power LED package. In this talk, we present progress made in the transition towards relevant film thicknesses for down-conversion at microLED scale (10-30 µm) for both red and green QDs. Challenges such as absorption, solid loading, conversion efficiency and photostability come together in this configuration and we want to provide insights in how we tackle those issues and how we reach 100’s of hours of photostability in this form factor. Questions regarding the viability of InP-based QDs for microLED applications will be discussed and open challenges will be addressed.
Willem Walravens | CTO & Founder, QustomDot
Colloidal Quantum Dot Photodetectors for High-Resolution SWIR Sensors and Cameras
Industrial cameras capable of imaging objects in the shortwave IR (SWIR) range are attracting increasing interest for applications in food, pharmaceutical, and other industries. While InGaAs sensors gained an early foothold, imaging sensors based on quantum dots (QDs) are introducing unique advantages, such as higher resolutions, wider fields of view, and significantly broader imaging bandwidths. In 2018 SWIR Vision Systems introduced its 2.1 MP Acuros cameras to the industrial imaging market, becoming the first company globally to commercialize high resolution, quantum-dot based image sensors. Since this product introduction, SWIR Vision Systems has continued to advance the performance of its colloidal quantum dot detector architecture. This presentation will provide an overview of our approach to fabricating focal plane arrays, will describe recent results fabricating Vis-SWIR and eSWIR CQD detector arrays, and will show imaging demonstrations of these sensors in a variety of applications.
Dr. Ethan Klem | Chief Technology Officer, SWIR Vision Systems
Realizing High Quality QD-based Infrared Image Sensors Based On Quantum Dot Pixel Stacks
Short wave infra-red photodetectors based on colloidal lead sulfide quantum dots (SWIR QDPD) are attractive for the realization of novel image sensors in various fields in the automotive industry, machine vision, surveillance technology, communications and healthcare.
Quantum dots possess the characteristic of having a size tunable electronic structure. This means that by fine tuning the size of these nanocrystals a broad range of spectral response can be achieved, while enjoying the benefit of inexpensive, solution-based device fabrication. 
In this talk, we will describe the steps of realizing high quality QD-based infrared image sensors based on quantum dot pixel stacks. We will also show how achieving external quantum efficiency above 40% and state-of-the-art pixel pitch below 2 µm leads to high image quality. Finally, we will survey the look ahead for the field of SWIR QDPD.
Itai Lieberman, Ph.D. | R&D Team Lead Optical Devices, imec
High Power Density Solar Cells Enabled By Colloidal Quantum Dots
The cost of solar power is currently dominated by the Balance-of-Systems, and only by increasing the efficiency of the solar panels grid parity can be attained on the global level. QD Solar is developing a cost-effective solar solution that has the potential to reach power conversion efficiencies beyond 40%. The technology combines perovskites and colloidal quantum dots in a multi-junction solar cell architecture that has the ability to harvest the full solar spectrum, including the infrared part that conventional solar technologies are transparent to. In this talk we will outline the technology and the considerations for its commercialization.
Sjoerd Hoogland | Co-founder, CTO, QD Solar, Inc.
Quantum Dots Are Becoming Ubiquitous - How UbiQD is Helping Feed and Power the Future
In recent years, quantum dots (QDs) have gained interest as narrowband emitters for displays, but have traditionally suffered from reliability issues, high manufacturing costs, and toxicity concerns, which prevent them from being incorporated into products beyond displays. At UbiQD, local advanced materials company and LANL-spinoff, we are on the path to making QDs ubiquitous with a new QD composition that is intrinsically more stable, lower-cost, and avoids toxic compounds. We are bringing to market QD-enhanced polymers and glass for spectrum-optimized greenhouses and solar windows.
Hunter McDaniel, Ph.D. | Founder and CEO, UbiQD, LLC
Session V: Phosphors
Presentation To Be Confirmed
Presentation To Be Confirmed
Presentation To Be Confirmed
Presentation To Be Confirmed
Conclusion of Conference