By growing muscles on an artificial skeleton, researchers from Japan have constructed an agile and surprisingly durable “biohybrid” robotic finger joint. The breakthrough could eventually lead to more life-like robots and advanced prostheses.
By growing muscles on an artificial skeleton, researchers from Japan have constructed an agile and surprisingly durable “biohybrid” robotic finger joint. The breakthrough could eventually lead to more life-like robots and advanced prostheses.
You might think that Chrome for mobile is just a mini version of Google's desktop browser, designed for quickly browsing the web, while ...
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