metamaterials
Researchers developed metamaterials that can flat-fold and lock into positions that remain stiff
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Stretchable display can be transversely/longitudinally stretched up to 25 percent without distortion
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New physical theories provide precise predictions of the deformations of certain structures
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Metamaterial can respond to its environment, independently make a decision, and perform an action not directed by a human being
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Intelligent metasurfaces have the potential to double the capacity of existing wireless communication networks
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Dynamic control of THz wavefronts demonstrated by rotating layers of cascaded metasurfaces
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EPFL scientist develops a metamaterial whose mechanical properties can be reprogrammed after the material has been made
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If scientists want to take a close look at DNA, proteins, or viruses, then being able to isolate and monitor nanoparticles is essential
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T-rays potentially have applications in next-generation wireless communications (6G/7G), security systems, biomedicine, and even art history
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USC researchers created a new smart material that accommodates shifts in acoustic transmission on demand
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