Our cyborg future may not be far off. <\/p>\n
An ultra-stretchy battery could one day be used to power bionic eyeballs, brain-wave monitoring devices and robotic skins, new research suggests. <\/p>\n
The new device, which embeds tiny lithium-based batteries in a silicon sheet, can stretch up to three times its initial length and could be recharged wirelessly, Yonggang Huang, study co-author and a mechanical engineer at Northwestern University, wrote to LiveScience in an email. <\/p>\n
The new battery is described today (Feb. 26) in the journal Nature Communications. <\/p>\n
Powering devices <\/p>\n
For decades, science-fiction writers have envisioned dystopian worlds in which humans and machines are seamlessly integrated with bionic implants. But powering the cyborg future requires a way to conform power sources to these futuristic devices. [9 Cyborg Enhancements Available Right Now] <\/p>\n
Other researchers have developed stretchy and paper-thin batteries before, but most didn't deform much or have the ability to recharge wirelessly, Huang wrote. <\/p>\n
Toward that end, Huang and his colleagues embedded tiny lithium-ion batteries in a framework of conducting wires arranged in a repeating S-shaped pattern that, like a fractal, looks similar at several scales. The whole arrangement is printed onto a stretchable silicone sheet. The wires themselves are brittle, but uncoil like a spring, allowing the whole device to be flexible without forcing the delicate lithium-ion batteries to break. <\/p>\n
To demonstrate that the concept actually worked, the team powered a red light-emitting diode (LED) while stretching and twisting the battery. <\/p>\n
The researchers envision the battery being used for wearable gadgets, implantable brain-wave monitors, or other bionic devices. <\/p>\n
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Stretchable Batteries Could Power Cyborg Future<\/a><\/p>\n","protected":false},"excerpt":{"rendered":" Our cyborg future may not be far off. An ultra-stretchy battery could one day be used to power bionic eyeballs, brain-wave monitoring devices and robotic skins, new research suggests. The new device, which embeds tiny lithium-based batteries in a silicon sheet, can stretch up to three times its initial length and could be recharged wirelessly, Yonggang Huang, study co-author and a mechanical engineer at Northwestern University, wrote to LiveScience in an email Continue reading