Touchscreen smartphones and tablets are so intuitive that even babies can easily learn how to use them. So why can’t any object work like a touchscreen? Everything from guitars to Jell-O might soon be able to, thanks to scientists at Carnegie Mellon University who came up with a way to use conductive spray paint to …
Electrodes currently used to directly monitor the brain are made from solid materials that can damage the tissue they’re inserted into. But a new type of flexible electrode may change that.
The truly shatterproof screen is a little bit like the flying car: It's been promised for years, but never arrives. Scientists at University of Akron claim they've cracked the code, so to speak, by creating a super-tough screen out of transparent electrodes.
It's been almost a year since Bill Gates put out his $100,000 call for better, high-tech condoms, and we haven't found a new defacto standard yet. But Firaz Peer and Andrew Quitmeyer of Georgia Tech have a potential solution, if you're OK with putting electrodes on your manparts.
Women have the ultimate trump card when it comes to dealing with pain: they give birth. And since men have no idea what giving birth even feels like, we really don't know how painful it really is. Maybe it's all a big conspiracy (kidding!). Maybe it's not that bad (of course it is!). Well, two men attached…
There are plenty of elements of spaceflight astronauts can prepare for, but the disorienting return back into our atmosphere has long been hard to replicate. This patch, which sends an electrical current to nerves behind the ears, gets it right.
A neural engineer from Case Western Reserve University is reviving paralyzed limbs with an electricity hack. It's a brilliant workaround for spinal cord injuries, and it may someday let paraplegics activate their legs just by pushing a button.
If you're the kind of destitute scientist who drinks Franzia but has a couple of high-powered titanium electrodes lying around, you're in luck, because a short blast of electricity can vastly improve your swill.
A Stanford neuroscientist wants to understand the relationship between the human brain and consciousness, and to do this he's asking for regulatory approval to implant an electrode into his own brain. Said Stanford's Bill Newsome: