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Osram researchers make a 3D nano LED for white light shine on the wafer using two tiny, energized needles.The needles are pressed onto the contact surfaces of the chips, and the distance between the contact points corresponds approximately to the thickness of three sheets of stacked writing paperhttps://zmi.led-professional.com/Plone/media/technology_light-generation_osram-opto-demonstrates-3d-nano-leds-for-white-light-and-sees-series-maturity-in-coming-years_Osram%20researchers%20make%20a%203D%20nano%20LED%20for%20white%20light%20shine%20on%20the%20wafer.jpg/viewhttps://zmi.led-professional.com/Plone/media/technology_light-generation_osram-opto-demonstrates-3d-nano-leds-for-white-light-and-sees-series-maturity-in-coming-years_Osram%20researchers%20make%20a%203D%20nano%20LED%20for%20white%20light%20shine%20on%20the%20wafer.jpg/@@images/image-1200-92abc68a4bdb5b4f879107e227f20954.jpeg
Osram researchers make a 3D nano LED for white light shine on the wafer using two tiny, energized needles.The needles are pressed onto the contact surfaces of the chips, and the distance between the contact points corresponds approximately to the thickness of three sheets of stacked writing paper