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About

Giorgio Fusi is an innovative researcher at the forefront of soft robotics, stimuli-responsive materials, and chemical reaction networks. His work focuses on designing intelligent hydrogel-based systems capable of autonomous, adaptive behavior — bridging the gap between synthetic materials and biological complexity. Fusi's most celebrated contribution, "Autonomous Soft Robots Empowered by Chemical Reaction Networks" (2022), has garnered 118 citations and demonstrates how programmable pH feedback systems can drive hydrogel actuators to perform sequential tasks without manual intervention — a landmark step toward truly autonomous soft machines. Building on this foundation, his 2024 work on "Mechano-adaptive Meta-gels" (28 citations) introduces materials that sense local mechanical deformation, process that information through biochemical circuits, and respond globally — elegantly mimicking mechanobiology phenomena such as the mimosa plant's touch response. His more recent exploration of non-reciprocal motion in soft robotic engines (2025) pushes toward physically intelligent systems capable of sustained, directional work — echoing principles governing locomotion in living organisms. Across his career, Fusi's research consistently translates chemical information-processing principles into functional material behaviors, offering exciting pathways for next-generation autonomous robotics and adaptive smart materials.