Max Robotics — Global Service Robot Directory + US Certification

About

Vittorio Gallese is a pioneering neuroscientist whose work bridges the worlds of social cognition, robotics, and neural prosthetics. His research centers on understanding how the human brain processes action, emotion, and intention—both in human interactions and in human-robot relationships. Gallese’s most cited study (141 citations) used fMRI to reveal that the brain responds to emotional gestures from a humanoid robot (WE4-RII) in areas typically involved in perceiving human emotions, demonstrating that our neural systems can engage with artificial agents in surprisingly human-like ways. This finding has profound implications for designing more intuitive and socially capable robots. Beyond social robotics, Gallese has made foundational contributions to understanding space coding in the premotor cortex and to grounding robot language in neural action systems. His work also extends to invasive cortical neuroprostheses, where he has explored decoding grasping tasks from motor cortex signals to restore movement in disabled individuals. By integrating insights from animal communication, human neuroscience, and robotics, Gallese has helped shape the emerging field of brain-inspired informatics, offering a vision of how neural principles can guide the development of intelligent, interactive machines.