This presentation was given by Vincent Jao, Ph.D., to the China Manufacturing Management International Forum in 2017. His presentation explains Pixelligent's PixClearProcess for scaling our capped zirconia nanomaterials.
Download FileThis presentation was given by Sang-Hun Choi, Ph.D., to the OLEDs World Summit conference in 2017. His presentation details the application of Zirconia nanocomposites for OLED applications including display and lighting.
Download FileThis presentation was given by Shree Deshpande, Ph.D., to the Strategic Materials conference in 2017. His presentation explains how Pixelligent's novel approach to the synthesis of metal oxides such as Zirconia is revolutionizing optoelectronic devices.
Download FileThis presentation was given by Peter Guschl, Ph.D., to the OLED Applications symposium of SID Display Week 2017. His presentation covers the application of our PixClear materials using inkjet printing for display and light extraction applications.
Download FileThis presentation was given by Gregory Cooper, Founder and CTO, at OLED World Summit 2015, where he was an invited presenter. His presentation covers the Pixelligent's Internal Light Extraction Layer (ILE) for OLED Lighting. The presentation also gives an overview of Pixelligent and our proprietary manufacturing technology.
Download FileThis presentation was given by Shree Deshpande, VP of Business Development, at Lighting Japan 2015, where he was an invited presenter. It covers benefits and testing data of Pixelligent’s high refractive index ZrO2 nanocomposites for LED Lighting and for the Internal Light Extraction Layer (ILE) for OLED Lighting. The presentation also gives an overview of Pixelligent and our proprietary manufacturing technology.
Download FilePresented at the US Department of Energy Solid State Lighting R&D Workshop, January 2015.
Project Objectives: To develop a novel high refractive index nanocomposite formulation that will be used as a High Refractive Index (HRI) smoothing layer in white OLED lighting devices to provide high overall efficacy of the device.