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About

Michela Chiappalone is a pioneering researcher at the intersection of neuroscience, robotics, and rehabilitation engineering, whose work has profoundly shaped our understanding of brain-machine interaction and neurorehabilitation technology. Her research spans two deeply interconnected domains: the development of hybrid neuro-robotic systems and the clinical application of robotic devices for neurological rehabilitation. Chiappalone's early contributions, dating to the mid-2000s, established foundational frameworks for bidirectional neural interfaces — systems capable of both reading from and writing to living neuronal networks. Her landmark 2007 paper on connecting neurons to a mobile robot (117 citations) demonstrated that cultured neural assemblies could serve as biological controllers in closed-loop environments, a concept she further refined through subsequent work on modular neuronal architectures (82 citations). These contributions helped lay the groundwork for the emerging field of embodied neural computation. Equally impactful is her translational research in neurorehabilitation. Her widely cited perspectives on robotic rehabilitation (120 citations) and neuromechanical biomarkers (43 citations) address pressing challenges in delivering personalized, data-driven therapy to patients with motor and cognitive impairments. With over 500 cumulative citations, Chiappalone's body of work bridges fundamental neuroscience with real-world clinical innovation, making her an essential figure for researchers and students exploring neuroprosthetics, brain-computer interfaces, and rehabilitation robotics.