Researchers at the University of Greifswald turned a commercial toy into a controllable active matter system, showing how chirality and geometry combine to steer collective transport and create a chirality-sensitive ratchet effect.
Chiral Bristlebot Toys Reveal New Transport Dynamics in Active Matter
Researchers at the University of Greifswald turned a commercial toy into a controllable active matter system, showing how chirality and geometry combine to steer collective transport and create a chirality-sensitive ratchet effect.
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