2019-09-11

New Approach of InGaN Nanowire LEDs on Flexible Substrate

After publishing the research paper demonstrating Micro LED integration with amorphous silicon TFTs, the research team from the University of Waterloo in Canada further revealed its approach of transferring InGaN nanowire LEDs on flexible substrate without degrading optical performance of the LEDs when the substrate bends. Researchers use vertical GaN nanowire LEDs to separate the electrically active region of the LEDs from the bending platform. LEDs are transferred onto flexible polyethylene terephthalate (PET) with a “paste and cut” process...
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The CLEDIA project, co-financed by the Auvergne-Rhône-Alpes A group of logos with different names AI-generated content may be incorrect. Region and Bpifrance has just been completed after three years of collaborative innovation between P... READ MORE

Seoul Semiconductor has developed an innovative LED light source—SunLike—that reproduces a spectrum nearly identical to natural sunlight. The technology is gaining attention for its positive effects on eye health, including reducing ... READ MORE