Christopher C. Duncan
Papers
3
Total Citations
235
H-Index
3
About
Christopher C. Duncan is a leading researcher in neural engineering and advanced prosthetics, whose work focuses on restoring both motor control and sensory feedback for individuals with upper-limb amputation. His landmark 2017 study demonstrated the first-ever use of multiple Utah Slanted Electrode Arrays (USEAs) implanted in residual peripheral arm nerves to achieve intuitive, closed-loop control of a robotic hand with simultaneous proprioceptive and cutaneous sensation—a breakthrough that has garnered over 220 citations and set a new benchmark for bidirectional neural interfaces. Duncan also addresses critical translational challenges in prosthetics: his 2022 work on a multi-user transradial functional-test socket provides a low-cost, rapid-validation platform for myoelectric control strategies, while his parallel research on cognitive workload metrics offers objective, user-focused tools to quantify prosthesis usability. By targeting the high abandonment rates of upper-limb prostheses, Duncan’s contributions bridge the gap between cutting-edge neural recording technology and real-world clinical adoption, making him a pivotal figure in the quest for more intuitive, functional, and user-friendly prosthetic systems.
Research Focus
Key Achievements
Top Papers
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