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About

Cyrille Boyer is a materials scientist and polymer chemist whose research sits at the dynamic intersection of advanced manufacturing, stimuli-responsive materials, and functional polymers. His work has made significant contributions to the emerging field of 4D printing, where he and his collaborators have pioneered the integration of nanomaterials — particularly liquid metal nanoparticles — with controlled polymerization techniques to engineer shape-morphing soft robots and composites. His landmark 2023 study on NIR-responsive 4D-printed liquid metal polymer composites, which has already garnered 114 citations, exemplifies his ability to translate sophisticated polymer chemistry into real-world functional devices. Boyer has also advanced understanding of the mechanical and electrical behavior of liquid metal/elastomer systems, explored strain stiffening and piezoconductive phenomena, and expanded the design space for thermoplastic polyurethane elastomers by introducing novel polyacrylate-based soft segments. Through review articles and perspectives on 3D and 4D printing, he has helped synthesize and communicate the broader landscape of additive manufacturing for the scientific community. His body of work positions him as an influential voice in next-generation manufacturing, soft robotics, and smart material design.