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Graphical Abstract Wave Control In article number 2304793, Patrick Dorin, Mustafa Khan, and K.W. Wang synthesize a 3D topological metamaterial that harnesses multimodal local resonance to enable multiband and low-frequency elastic wave control. The 3D lattice geometry of the metamaterial is carefully configured to uncover polarization-, frequency-, and layer-dependent waveguides in 3D mechanical structures.
1 Introduction Topological phases have been employed to achieve robust electron transport in quantum systems through conducting states that are protected from local perturbations.[1-4] Recently, topological phases have been integrated into the synthesis of elastic (i.e., mechanical) metamaterials, facilitating extraordinary control over the flow of energy and information contained by elastic waves in mechanical systems.
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