Matthew E. Miller

Walter Reed National Military Medical Center, Bureau of Medicine and Surgery

Papers

Total Citations

235

H-Index

About

Matthew E. Miller is a pioneering researcher in the field of advanced prosthetics and neural-machine interfaces. His work centers on developing fully implantable myoelectric sensor systems to restore natural, intuitive control of electromechanical prosthetic limbs. Miller’s landmark 2014 study, cited over 200 times, demonstrated the first-in-human use of a fully implanted myoelectric sensor system to control an advanced electromechanical prosthetic hand—a breakthrough that moved beyond surface electrodes to achieve more reliable, long-term signal acquisition. His 2015 review on recent advances in bioelectric prostheses further contextualized the field’s challenges, including the global demand for improved upper and lower extremity prosthetics driven by high amputation prevalence. Miller’s contributions address critical limitations in comfort, control, and biomechanical normalization, pushing toward prostheses that feel and function like natural limbs. His work has profound implications for amputees worldwide, offering a path toward more seamless integration of human physiology with advanced robotics.