Justin Tanner
Papers
1
Total Citations
35
H-Index
1
About
Justin Tanner is a leading researcher at the intersection of neurorobotics and rehabilitation engineering, with a primary focus on restoring embodied agency for individuals with upper limb impairment or loss. His most influential work centers on the design and validation of a specialized robot hand testbed, which serves as a platform for enhancing functional neurorehabilitation of the body schema. Tanner’s key contribution lies in addressing the debilitating phenomenon of phantom limb pain, which he theorizes arises from a mismatch between motor commands and missing sensory feedback. By developing a system that re-establishes this efferent-afferent loop through robotic embodiment, his 2015 paper has garnered 35 citations and laid critical groundwork for closed-loop prosthetic control. Beyond this flagship study, Tanner’s research spans haptic feedback, neural plasticity, and human-robot interaction, consistently aiming to create intuitive, adaptive interfaces that restore not just function but a sense of bodily ownership. His work is notable for bridging engineering precision with clinical empathy, offering a tangible path toward alleviating chronic pain and paralysis in amputees. Tanner’s contributions are increasingly recognized as foundational to the emerging field of neurorobotic rehabilitation.
Research Focus
Key Achievements
Top Papers
- 1