That new yarn? Wearable, washable textile devices are possible with MXene-coated yarns

Researchers have figured out how to add more conductivity into functional fabric devices, by coating yarns with a 2-dimensional carbon-based material called MXene, to make conductive threads. The group has developed a dip-coating method, similar to the dyeing process, that can produce a conductive yarn strong enough for use in industrial knitting machines and durable enough to make it through wash cycles without degrading.

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Intelligent, shape-morphing, self-healing material for soft robotics

Advances in the fields of soft robotics, wearable technologies, and human/machine interfaces require a new class of stretchable materials that can change shape adaptively while relying only on portable electronics for power. Researchers have developed such a material that exhibits a unique combination of high electrical and thermal conductivity with actuation capabilities that are unlike any other soft composite.

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Engineers develop thin, lightweight lens that could produce slimmer camera phones, longer-flying drones

Electrical and computer engineering researchers have developed a new kind of optical lens that is much thinner and lighter than conventional camera lenses that also works with night imaging, a future boon for smartphones that could flatten those unsightly 'camera bumps' as well as for drones and night vision cameras for soldiers.

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Addictive de-vices: How we can unplug from this 21st century epidemic

We spend our days looking at them, talking to them, and touching them. They increasingly consume our time, attention and money. We are addicted to our digital devices — or, more precisely, the digital experiences they give us. A study analyzed the growing problem with digital addiction and how marketers as well as app developers contribute to this 21st-century phenomenon.

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Object identification and interaction with a smartphone knock

Scientists have developed new technology, dubbed 'Knocker', which identifies objects and executes actions just by knocking on them with the smartphone. Software powered by machine learning of sounds, vibrations, and other reactions will follow the users' directions.

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Smartphone typing speeds catching up with keyboards

The largest experiment to date on mobile typing sheds new light on average performance of touchscreen typing and factors impacting the text input speed. Researchers analyzed the typing speed of tens of thousands of users on both phones and computers. Their main finding is that typing speeds on smartphones are now catching up with physical keyboards.

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