The new power-efficient approach could make more of established medical devices like pacemakers or help future implants distributed around the body work together.
(QUB/W Scanlon)
Developed at Queen's University in Belfast, the new design's ability to produce signals that travel along the skin makes it more efficient than existing battery-hungry technologies such as Bluetooth.
Read more at - ''Skin-tenna' wireless signals creep over human skin'
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