In the future, installing Elon Musk brain-computer interface could be as easy laser eye surgery.
The communication rate is practical enough to be useful for many patients.
Groundbreaking research changes the lives of paralyzed patients by helping them regain their senses.
You’ve heard all about controlling robotic arms or prosthesis with thoughts, but what about genes? In a deceptively simple experiment, bioengineers in Switzerland combined a classical brain-computer interface with a biological implant, which effectively allowed a genetic switch to be operated by brain activity. Imagine wearing a “funny” cap fitted with electrodes and a tiny implant, then controlling your mood by thinking the perfect “pure” thoughts that would cause a cascade of feel good chemicals. The same could be made for painkillers, so you can deliver just the right amount. Really, there’s a lot of potential floating around this thing.
A crowd gathered for the New America Foundation’s first annual Future of War conference was told by DARPA’s director that a woman was able to control F-35 flight simulator without touching the joystick. The woman controlled the simulation only with her thoughts, which were relayed and processed to the simulator by a neural implant embedded in her left cortex.
The latest in brain-computer interface technology was recently demonstrated after woman with quadriplegia shaped a sophisticated robotic hand with ten degrees of freedom using her thoughts. Through the interface, she instructed the robotic hand to move up, down or sideways, pick up small or big objects and even squeeze them. In just a couple of years, brain-computer interfaces have shown they
Brain-computer interfaces have helped prosthetics go a long, long way. ZME Science showed you a couple of such examples, like the case of a mechanical arm remotely controlled by a man using only using thoughts or the mind-blowing high-tech prosthetic by DARPA that empowered a veteran who had lost him limb to perform all sorts of complex tasks previously unimaginable for
A group of neuroscientists have achieved what some might believe strictly belongs to the realm of science fiction – they’ve successfully transmitted a message relayed by the brain of a person to another directly; no voice, no video, no sound, no text. The information was fed directly to the brain. If that wasn’t enough, the message was transmitted over thousands
This musician played the violin while he was having a brain surgery. But why? This is by no means an eccentric fad, but a genuine feat of science. By playing the instrument during surgery, professional violinist Roger Frisch was able to guide his surgeons toward the segment of his brain which was misfiring, causing him to go into strange seizures,
Prosthetics have come a long way in recent years alone, mainly due to advancements in brain-machine interfaces. Incredibly articulated artificial limbs can now allow a disabled individual to move an artificial hand (with up to seven degrees of freedom!) and individual fingers just by thinking about the movement the person wants the limb to perform). While an artificial hand today may seem like a
Case Western Reserve University and University of Kansas Medical Center researchers recently report they’ve devised a neural prosthetic that partially restored brain connectivity in rats whose brains were injured. Effectively, the rats regained their functional behavior and were able to perform tasks similarly to normal rats, something that otherwise wouldn’t had been possible. The research gives hope that the interface may be
Prosthetic limbs have gone an incredible long way in recent years. Brain-computer interfaces, couples with incredibly articulated artificial limbs can now allow a disabled individual to move an artificial hand (with up to seven degrees of freedom!) and individual fingers just by thinking about the movement the person wants to the limb to perform. Powerful and incredible science – the
In a mind-boggling and, frankly, a bit frightening breakthrough, researchers at University of Washington have devised a brain-to-brain interface that for the first time has allowed the remote exchange of information between two human brains. The test that demonstrated the technology, although simple in nature, shows of a powerful display of force. One researcher (human brain #1), connected through a brain
Mind-controlled devices, also known as brain-computer interfaces, have evolved a lot in the past few years alone, offering countless people who are paralyzed or missing limbs the chance of living a normal life. Non-afflicted individuals may profit from brain-computer interfaces as well, either for fun (why bother with gamepads or even Kinect when you can control everything in a video
We’ve showed you some incredible brain-computer interface scientific advances in the past few weeks alone, be it the merged rat brain organic computer or flexible electronic “tattoo” that might enable functioning telepathy, and the field is only growing. We couldn’t be more happy, you can imagine, since the potential medical uses alone for this kind of technology are simply staggering.