Andrew G. Richardson

Translational Therapeutics (United States), Harvard–MIT Division of Health Sciences and Technology, Tsinghua University

Papers

Total Citations

103

H-Index

About

Andrew G. Richardson is a leading researcher at the intersection of neural engineering and motor control, whose work is advancing the development of next-generation brain-computer interfaces (BCIs) and neuroprosthetics. His research focuses on three key areas: the design of implantable neural probes, the neural mechanisms of motor adaptation and learning, and closed-loop systems for sensory reanimation. Richardson’s major contributions include a highly cited review on implantation strategies for soft neural probes (42 citations), which critically analyzed methods for reducing tissue damage and improving long-term recording stability—a fundamental challenge in clinical neurotechnology. He has also made seminal contributions to understanding how the nervous system stabilizes movement, demonstrating in spinalized frogs that intrinsic musculoskeletal properties play a crucial role in motor coordination (24 citations). His work on simultaneous sensorimotor adaptation and sequence learning (14 citations) and cortical processing during dynamic motor adaptation (16 citations) has provided foundational insights into how the brain learns and adjusts movements in real-time. Notably, Richardson’s research on autonomous sensor-brain interfaces for closed-loop sensory reanimation of paralyzed limbs (7 citations) represents a pioneering step toward restoring touch and proprioception in individuals with paralysis, bridging the gap between neural recording and functional electrical stimulation. His interdisciplinary approach—combining robotics, electrophysiology, and materials science—positions him at the forefront of translational neural engineering.