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Electronic Skin That Thinks: How Cambridge's Conductive Hydrogel Is Rewriting Robotic Touch
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Electronic Skin That Thinks: How Cambridge's Conductive Hydrogel Is Rewriting Robotic Touch

Cambridge engineers built a single-material robotic skin that detects 860,000 signal pathways at once. It's not just a sensor — it's the first serious step toward skin as a distributed biological computer.

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