Sarah M Bourdon
Papers
1
Total Citations
30
H-Index
1
About
Dr. Sarah M. Bourdon is a leading researcher in neural engineering and tactile sensory feedback, with a focus on developing biomimetic systems for next-generation prosthetics. Her work bridges the gap between mechanoreceptor biology and artificial sensor design, aiming to restore naturalistic touch perception for amputees. In her highly cited 2012 study, Bourdon pioneered a force sensor embedded in simulated skin that, coupled with a neural model, accurately replicates the spiking response of slowly adapting type I (SAI) afferents to ramp-and-hold stimuli—a critical step toward creating prosthetic limbs that convey texture and pressure directly to the nervous system. This foundational contribution, garnering 30 citations, demonstrates her ability to integrate materials science, computational neuroscience, and haptic engineering. Bourdon’s research has significant implications for closed-loop neuroprosthetics, where sensory feedback improves motor control and user embodiment. Her work is widely recognized for advancing the understanding of how artificial sensors can interface with biological neural codes, making her a key figure in the quest to restore lost sensory function.
Research Focus
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Top Papers
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