Man, can it get any stranger? Integrated with that tiny electric current in your brain. Led could replace wigs and make humans part chameleon! John Rogers and his team from the university of Illinois developed away to take natural flexible materials and interactively make the smallest array of led lights to date.
University of Illinois led by John Rogers has devised a method to actually install LED lights under the skin. The research, published today in Nature Materials,
saw the team develop flexible arrays 2.5 μm thick and 100 x 100 μm
square which are currently smaller than any commercially available
array. - See more at:
http://inhabitat.com/implanted-led-tattoos-may-become-the-next-big-trend/#sthash.3iagioNI.dpuf
University of Illinois led by John Rogers has devised a method to actually install LED lights under the skin. The research, published today in Nature Materials,
saw the team develop flexible arrays 2.5 μm thick and 100 x 100 μm
square which are currently smaller than any commercially available
array. - See more at:
http://inhabitat.com/implanted-led-tattoos-may-become-the-next-big-trend/#sthash.3iagioNI.dpuf
University of Illinois led by John Rogers has devised a method to actually install LED lights under the skin. The research, published today in Nature Materials,
saw the team develop flexible arrays 2.5 μm thick and 100 x 100 μm
square which are currently smaller than any commercially available
array. - See more at:
http://inhabitat.com/implanted-led-tattoos-may-become-the-next-big-trend/#sthash.3iagioNI.dpuf
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