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Researchers develop a way to power wearables through human skin
The dream of battery-free devices has taken an unlikely turn, as Carnegie Mellon researchers debuted Power-Over-Skin. The technology allows for electrical
The dream of battery-free devices has taken an unlikely turn, as Carnegie Mellon researchers debuted Power-Over-Skin. The technology allows for electrical currents to travel through human skin in a bid to power things like blood sugar monitors, pacemakers, and even consumer wearables like smartglasses fitness trackers. “It’s similar to how a radio uses the air as the medium between the transmitter station and your car stereo,” notes CMU researcher Andy Kong.
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