The key to any great wearable bit of tech is making it not feel like a wearable tech. The lighter, gentler, and more adaptable the device, the better, and what could feel more common than your own skin? This is the way to go behind “ultraflexible natural photonic skin,” an amazingly thin layer of polymer light-emanating diodes, or OLEDs, that converge to make a kind of e-skin that transforms your own body into a wearable gadget.
The material, created by scientists at the University of Tokyo, is involved a super-small, stretchable sheet of modest lights that can discharge essential hues like a pixel screen show. As per the group behind the tech, the whole framework is just 3μm thick – thinner than the highest epidermal layer of human skin – and can work as a showcase or sensor without breaking from jabbing amid development.
One model could attentively quantify oxygen levels in a subject subsequent to being covered onto a fingertip while another exhibited a straightforward numerical showcase that lit up numbers like an adding machine screen, it was just on the back of a man’s hand.
This isn’t the first occasion when we’ve seen wearable sensors go skin tight, with a studio in Austin, Texas taking a shot at “tech tats” that could screen a client’s vitals with the presence of an interim tattoo, and a few other late moves made in the realm of biometrics.