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About

Leonardo Ricotti is a pioneering researcher at the intersection of biorobotics, medical robotics, and tissue engineering, whose work has profoundly shaped how scientists think about intelligent, biologically integrated machines. Best known for his landmark 2017 review on biohybrid actuators — which has amassed over 520 citations — Ricotti has been instrumental in establishing living cells as viable drivers of robotic motion, bridging the gap between synthetic engineering and biological systems. His early work on bio-hybrid muscle cell-based actuators (2012) laid foundational groundwork for this now-thriving field. Ricotti's research spans an impressive breadth: from untethered magnetic millirobots for targeted drug delivery and implantable insulin delivery systems, to self-folding hydrogel scaffolds for muscular tissue engineering and soft microrobots trackable via high-resolution SPECT imaging. His contributions to 3D bioprinting of silk fibroin–gelatin constructs and layer jamming actuators further demonstrate his versatility across materials science and wearable robotics. His earlier conceptual work on symbiotic robot organisms foreshadowed today's swarm robotics discussions. With a citation portfolio reflecting consistent impact across more than a decade, Ricotti represents a defining voice in the future of minimally invasive, biologically inspired medical technologies.