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Flexible metamaterials have been increasingly harnessed to create functionality through their tunable and unconventional response. Herein, chiral unit cells based on Archimedean spirals are employed to transform a linear displacement into twisting. First, the effect of geometry on such extension‐twisting coupling is investigated. This unravels a wide range of highly nonlinear behaviors that can be...
Mechanical Metamaterials
In article number 2214897, Katia Bertoldi, Antonio Elia Forte, and co‐workers depict zoom‐in on a pixel of their mechanical display that can modulate light through the programmable elastic deformation of chiral metamaterials.
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