Roberto Nicoletti

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About

Roberto Nicoletti’s research lies at the fascinating intersection of cognitive neuroscience and motor control, exploring how the brain perceives and interacts with objects in the environment. His key contributions center on the concept of motor resonance—the idea that observing objects automatically activates the motor system, preparing the body for potential interaction. In his highly cited 2012 work, “Grasping the pain: Motor resonance with dangerous affordances” (74 citations), Nicoletti demonstrated that the brain responds differently to objects based on their inherent risk, showing that dangerous affordances evoke distinct neural and behavioral responses. This work has significant implications for understanding how humans navigate risky environments and how the motor system prioritizes safety. His related study, “Human and robotics hands grasping danger,” extends these insights to developmental and robotic contexts, examining how children and artificial systems process dangerous objects. With a career marked by innovative experimental designs and a deep commitment to bridging cognitive science with real-world applications, Nicoletti’s research has shaped our understanding of embodied cognition and continues to inspire new directions in both neuroscience and robotics.