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By coating polar gallium nitride with phosphonic groups, the researchers increased luminescence without increasing energy input (Image Credits: Stewart Wilkins)https://zmi.led-professional.com/Plone/media/technology_light-generation_new-technique-makes-leds-brighter-more-resilient_By%20coating%20polar%20gallium%20nitride%20with%20phosphonic%20groups-%20the%20researchers%20increased%20luminescence%20without%20increasing%20energy%20input.jpg/viewhttps://zmi.led-professional.com/Plone/media/technology_light-generation_new-technique-makes-leds-brighter-more-resilient_By%20coating%20polar%20gallium%20nitride%20with%20phosphonic%20groups-%20the%20researchers%20increased%20luminescence%20without%20increasing%20energy%20input.jpg/@@images/image-1200-92abc68a4bdb5b4f879107e227f20954.jpeg
By coating polar gallium nitride with phosphonic groups, the researchers increased luminescence without increasing energy input (Image Credits: Stewart Wilkins)
