First published at 18:51 UTC on January 20th, 2018.
A newly developed electronic skin lets the wearer move virtual objects without touching them. The finding, announced in Science Advances, explains that the e-skin is essentially a thin film with sensors inside that interact with a magnet. Currently,…
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A newly developed electronic skin lets the wearer move virtual objects without touching them. The finding, announced in Science Advances, explains that the e-skin is essentially a thin film with sensors inside that interact with a magnet. Currently, standard VR devices need to be able to see an object to track motion. This usually involves cameras, which is fine for detecting large movements, but the resolution is usually too low to work with finer detail like the movement of fingers. READ THE FULL ARTICLE http://TechnocularNews.com.
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Reference: Science Advances, The Verge
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