This Apple Watch band lets you control your smartwatch without touching the screen!

Nobody’s ever really thought hard about this but there’s only one way to use the touchscreen on your Apple Watch – with the opposite hand. You can use either hand on your smartphone or tablet screen, but when you’ve got a watch strapped to your left-hand wrist, you can pretty much only control it with your right hand… and what do you do when the right hand’s busy holding bags, washing dishes, driving a car, wearing gloves, or petting your dog? Mudra has a pretty futuristic solution to that problem – you use sensors to control the watch without needing to touch it.

Working on a tech quite similar in outcome to the Google Soli chip found in the Pixel 4, the Mudra is a wristband for the Apple Watch that comes with its set of sensors that pick up hand gestures by measuring nerve activity in your wrist. The Mudra band allows you to use your watch without touching it, but more importantly, it gives you the ability to use your left-hand to control parts of the Watch experience, being able to snooze alarms, accept or reject calls, play/pause/skip music tracks, or even playing an old-fashioned game of Snake. The band picks up directly on gestures sent to your wrist via the motor nerve, almost forming a brain-to-device interface. State-of-the-art electrodes in the band can decode different signals, telling apart a variety of gestures that give you complete control over your watch (fun fact, Mudra translates to ‘gesture’ in Sanskrit). The band works with all generations of the Apple Watch, connecting to them via Bluetooth, and batteries inside the Mudra allow it to work for over two days before needing to be charged using a proprietary contact-based charger.

Designed to be a convenience, but with the potential of being much more, the Mudra band’s sensor technology has a wide variety of applications. Not only is it great for when your hands are occupied, it’s also extremely useful for the disabled (who can still send gesture-instructions through their motor nerves), and even offers a great way to interface with a screen without having to look at it, potentially making the Apple Watch safe to use while driving too!

Designer: Wearable Devices Ltd.

MIT fit tens of thousands of artificial brain synapses on a single chip

Someday, we might be able to carry around tiny, AI brains that can function without supercomputers, the internet or the cloud. Researchers from MIT say their new “brain-on-a-chip” design gets us one step closer to that future. A group of engineers pu...

New prosthetic legs let amputees feel their foot and knee in real-time

There's been a lot of research into how to give robots and prosthesis wearers a sense of touch, but it has focused largely on the hands. Now, researchers led by ETH Zurich want to restore sensory feedback for leg amputees, too. In a paper published i...

Brain implants help the paralyzed type faster

It's possible for paralysis victims to type and otherwise communicate with the world, but they usually have to do so at a glacial pace. They might not be nearly so limited in the future, though. In experiments combining BrainGate2 (a high-speed n...

Research team restores monkey’s hand function with artificial neural connection

Japanese researchers restore hand function to monkey with artificial neural connection

Scientists working together from Japanese and American universities may have made a pretty large leap in restoring neural function for those with non-paralyzing spinal cord injuries. The researchers applied a "novel artificial neuron connection" over lesions in the spinal cord of a partially paralyzed monkey, partially restoring its arm / brain circuit and allowing greater hand control purely by brainpower. The team also created a reverse circuit where muscle activity from the arm stimulated the spinal cord, reinforcing the signals and "boosting ongoing activity in the muscle." There's no word on whether it would help those with full paralysis, though for lesser "paretic" damage, "this might even have a better chance of becoming a real prosthetic treatment rather than the sort of robotic devices that have been developed recently," according to the team. See the source and More Coverage links for more.

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Source: National Institute for Physiological Sciences

Intel designs neuromorphic chip concept, our android clones are one step closer

Neuromancer chip

Most neurochip projects have been designed around melding the brain and technology in the most literal sense. Intel's Circuit Research Laboratory, however, is betting that we might get along just fine with neuromorphic (brain-like) computers. By using valves that only have to respond to the spin of an electron, as well as memristors that work as very efficient permanent storage, the researchers believe they have a design that operates on the same spikes of energy that our noggins use rather than a non-stop stream. Along with simply using power levels closer to those of our brains, the technique allows for the very subtle, massively parallel computations that our minds manage every day but which are still difficult to reproduce with traditional PCs. There's still a long path to take before we're reproducing Prometheus' David (if we want to), but we've at least started walking in the right direction.

Intel designs neuromorphic chip concept, our android clones are one step closer originally appeared on Engadget on Mon, 18 Jun 2012 16:28:00 EDT. Please see our terms for use of feeds.

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