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About

Sophie Leanza is an emerging research leader at the intersection of soft robotics, origami engineering, and active materials, with a body of work that has rapidly accumulated over 1,000 citations since 2022. Her research explores how principles drawn from nature and geometry can drive the next generation of intelligent, adaptive robotic systems. Leanza's highly cited work on soft robotic origami crawlers (418 citations) and wireless amphibious origami millirobots (266 citations) demonstrates her ability to translate biomimetic concepts — inspired by earthworms, inchworms, and elephant trunks — into functional, multi-terrain robotic platforms. Her influential review on active materials for functional origami (146 citations) has become a key reference for researchers navigating this rapidly evolving field. A particularly notable contribution involves her development of liquid crystal elastomer–liquid metal composites, enabling ultrafast, untethered actuation via induction heating — a significant advance for artificial muscles and programmable soft structures. More recently, her work on magnetic milli-spinners for endovascular surgery signals a compelling move toward clinical applications. Across her portfolio, Leanza consistently bridges fundamental mechanics with real-world biomedical and engineering impact, establishing herself as a distinctive voice in next-generation soft robotics.