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About

Amir A. Zadpoor is a pioneering researcher in mechanical metamaterials, architected materials, and advanced manufacturing, whose work has fundamentally expanded the possibilities of engineering materials with programmable, adaptive behaviors. His most influential contributions center on the rational design of soft mechanical metamaterials, including his landmark work on "shape-matching" metamaterials and buckling-driven cellular mechanisms, which collectively demonstrate how geometry alone can encode extraordinary and counterintuitive material responses. His research on harnessing structural instabilities — once regarded as engineering failures — for applications in soft robotics and flexible electronics has garnered significant attention, with key papers accumulating over 100 citations each. Zadpoor has further advanced the field through multimaterial instability control, action-at-a-distance actuation concepts, and curvature engineering in thick meta-plates, exploring non-Euclidean geometries for functional devices. More recently, his group has extended these principles into 4D printing, magnetically activated shape-locking, and grain boundary-inspired lattice structures fabricated via additive manufacturing. With multiple papers exceeding 50 citations and a body of work spanning smart materials, biomechanics, and microarchitecture fabrication, Zadpoor represents a defining voice in the emerging field of designer matter.