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Soft robotics has gained a notable hardware building block: a pea-sized liquid-metal pump that operates below 0.1 volts.
Cornell researchers show why the future of robotic harvesting may depend less on cameras and more on fingers that know how hard they can squeeze.
Soft robotics has an obvious physical advantage, but Virginia Tech is now targeting its hardest problem: how to precisely control a body that constantly bends, stretches and changes shape.
Silicone tubes and compressed air just outmuscled electric motors 100:1 in ASUās labāno batteries, no overheating, and a tolerance for conditions that would brick most robots.