Nonlinear elastic building blocks are designed for three computing paradigms
A localized deformation-to-model map extends perturbative design beyond linear wave processing.
metamaterials.technology /Featured papers published in this journal. Alternative copies remain linked to their journal record.
Publisher: Nature Publishing Group
ISSN 2041-17231–9 of 16 research briefs
A localized deformation-to-model map extends perturbative design beyond linear wave processing.
Geometric confinement and interlayer fibers target a mechanical–thermal trade-off.
A porous bacterial-cellulose architecture balances mechanical strength and passive radiative cooling.
Aligned microchannels and nanoparticle-reinforced interfaces target sound dissipation and structural integrity together.
A symmetry-preserving mechanical deformation changes the topology and boundary modes of a photonic crystal.
A fabrication strategy compensates for forming-induced deformation and demonstrates curved and hybrid optical elements.
Embroidered liquid-metal fibers support wireless power transfer and communication through a wearable network.
Molecular organization produces negative Poisson ratios at high strain, alongside orientation-dependent mechanical and adhesive responses.
A symmetry-related interface state propagates along a surface and shapes an emitted acoustic field.