Stephen Helms Tillery
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1
Total Citations
45
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1
About
Stephen Helms Tillery is a leading researcher in sensorimotor neuroscience and neuroprosthetics, with a focus on how the brain integrates touch and proprioception to guide movement. His work bridges fundamental sensory physiology and applied neural engineering, particularly in the development of haptic feedback systems for prosthetic limbs. In his highly cited 2011 paper, "Haptic Interaction of Touch and Proprioception: Implications for Neuroprosthetics," Tillery demonstrated that tactile and proprioceptive signals are not processed independently but interact dynamically during haptic perception—a critical insight for designing artificial sensory feedback that feels natural. This work, along with his broader contributions to understanding the neural coding of limb position and movement, has been cited over 45 times and informs current efforts in closed-loop neuroprosthetics. Tillery’s research has also explored how the brain represents space and body schema, with implications for brain-machine interfaces. His work is notable for its translational impact, directly shaping the engineering of prosthetic systems that restore not just motor control but also the rich sensory experience of touch and limb awareness.
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