Cary R. Savage

Massachusetts General Hospital, Harvard University

Papers

Total Citations

137

H-Index

About

Cary R. Savage is a pioneering researcher at the intersection of neuroscience and robotics, whose work has fundamentally advanced our understanding of motor learning and brain function. His primary research areas include motor learning, procedural memory, and the integration of robotic technology with functional neuroimaging. Savage’s most notable contribution is his development of robot-aided functional imaging, a groundbreaking methodology that allows researchers to study neural activity during precise, controlled motor tasks. His seminal 1998 study, which has accumulated 116 citations, used this technique to investigate the neural substrates of implicit motor learning, revealing that distinct brain regions are engaged during the initial versus later phases of procedural learning—a finding that has shaped subsequent research in motor skill acquisition. Savage’s work in integrating robotic technology with imaging, first outlined in 1996, laid the technical foundation for this approach, enabling more accurate and reproducible studies of brain-behavior relationships. His contributions have not only advanced basic science but also hold implications for rehabilitation and the development of assistive technologies, making him a key figure in the field of cognitive neuroscience.