Stefano Vassanelli

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About

Stefano Vassanelli is a leading figure in neuroengineering, whose work sits at the intersection of neuroscience, artificial intelligence, and bioelectronics. His primary research focuses on developing “intelligent” neuroprostheses—devices that can restore or enhance neural function through seamless, energy-efficient communication between living brain tissue and biomimetic systems. In his highly cited 2016 paper (78 citations), Vassanelli outlined the key trends and challenges in this emerging field, advocating for a paradigm where brain-inspired chips interface directly with real neural networks. He has also made significant contributions to brain-machine interfacing (BMI), demonstrating how EEG signals can be used to navigate mobile robotic devices (2011). This work highlights his commitment to translating fundamental neurophysiological knowledge into practical, real-world applications. With a career dedicated to bridging the gap between biological and artificial intelligence, Vassanelli’s research is shaping the future of restorative medicine and human-machine interaction, offering profound implications for patients with neurological disorders and for the next generation of adaptive neurotechnologies.