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The design of shape‐memory polymers is usually based on a thermally triggered phase transition. In article number 1900561, Paolo Testa, Eric R. Dufresne, Laura J. Heyderman, and co‐workers demonstrate a new kind of shape‐memory material created by embedding magneto‐rheological fluid droplets into a polymer matrix. The resulting material displays an athermal shape‐memory mechanism solely induced by...
With a specific stimulus, shape‐memory materials can assume a temporary shape and subsequently recover their original shape, a functionality that renders them relevant for applications in fields such as biomedicine, aerospace, and wearable electronics. Shape‐memory in polymers and composites is usually achieved by exploiting a thermal transition to program a temporary shape and subsequently recover...
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