Study findings which were published in Nature Communications tout that the innovative flat batteries were dotted with “islands” which will in turn stash away energy on a stretchable polymer. Of course, this stretchable battery is by no means a finished and polished product since it is still a work in progress, but it could prove to be a potential and decisive breakthrough to power medical and flexible electronic devices.
John Rogers from the University of Illinois, said, “Batteries are particularly challenging because, unlike electronics, it’s difficult to scale down their dimensions without significantly reducing performance. The most important applications will be those that involve devices integrated with the outside of the body, on the skin, for health, wellness and performance monitoring.”