2017-12-15

HKU Research Generates Industrial-competitive Materials and Technologies for OLED and Organic Photovoltaics

Recent advances in the design of high-performance phosphorescent emitters have led to the leap-forward development of organic light-emitting devices (OLEDs) and their applications in commercial electronic products, including computer monitors, cellular phones, and high-density televisions. With the dedicated efforts of the team during these five years, a significant impact to the fields of OLEDs and organic photovoltaics (OPVs) has been made.
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2017-12-08

HKU Chair Professor Led Sustainable Lighting Systems Research Brings New LED Products and Theory Breakthrough

The research team stresses that sustainable lighting technology should incorporate a new principle that includes (i) energy saving, (ii) long product lifetime and (iii) recyclability of product materials. It highlights the important point that “energy-saving technology is not necessarily environmentally-friendly if it generates lots of harmful electronic waste within a short product lifetime”.
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ams OSRAM advances its proven EVIYOS microLED technology to next-gen slow-and-wide AI optical interconnects, demonstrating ultra-low-power at high speed and moving toward product development “We industrialized microLED arrays at scale wi... READ MORE

microLEDs: from headlamps to the data center When we think about the evolution of AI technology, developments in machine learning and large language models come readily to mind, as do the latest graphics processing units (GPUs), high-bandwidth... READ MORE