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About

Laila Craighero is a leading neuroscientist whose research bridges the foundational understanding of action perception with cutting-edge applications in neurorehabilitation and human-robot collaboration. Her seminal work on mirror neurons, published in *Understanding mirror neurons* (2006, 67 citations), established a neurophysiological model for how the brain recognizes and understands actions, linking object properties to motor system activation. This foundational insight directly informs her later translational contributions, such as the landmark clinical trial *Effects of a Robot-Assisted Arm Training Plus Hand Functional Electrical Stimulation on Recovery After Stroke* (2019, 75 citations), which demonstrated significant recovery gains in stroke patients through combined robotic and electrical stimulation therapies. Craighero’s impact extends to robotics, where her studies on signal timing in human-robot collaborative manipulation (2021, 34 citations) and temporal prediction of touch during observation (2008, 26 citations) reveal critical mechanisms for seamless human-robot interaction. Her recent work on human manipulation strategies for deformable objects (2024) continues to shape robotic design. With over 200 citations across her most influential papers, Craighero’s research uniquely integrates basic neuroscience, clinical innovation, and robotics, making her a pivotal figure in understanding and enhancing human motor control and assistive technologies.