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Bristol Engineers Build Artificial Muscles for Smarter Soft Robots
Researchers at the University of Bristol have created an artificial motor network that replicates human muscle coordination, enabling soft robots to move with unprecedented naturalness. The system could unlock new applications in prosthetics, wearables, and human-robot collaboration.
Key Takeaways
- Bristol researchers built an artificial motor network of simple actuators whose collective behavior mimics the distributed coordination of biological muscle systems.
- Unlike centralized robotic motors, the network architecture produces natural, adaptive movement without needing precise centralized control of every motion.
- The system has near-term potential for prosthetic limbs, rehabilitation wearables, and soft robots designed to work safely alongside humans.
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DT Editorial AI··via interestingengineering.com