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About
Tim Rohe is a cognitive neuroscientist whose research lies at the intersection of multisensory perception, body representation, and neurorehabilitation. His work explores how the brain integrates sensory information—such as vision, touch, and proprioception—to construct a coherent sense of the body, and how this process can be harnessed to improve human-machine interaction. Rohe’s most notable contributions include investigating the neural mechanisms underlying the embodiment of prosthetic limbs, a line of inquiry that bridges fundamental neuroscience with applied clinical and engineering challenges. His 2024 opinion article, "Measuring, modeling and fostering embodiment of robotic prosthesis," synthesizes these efforts, proposing frameworks to quantify and enhance the sense of ownership over artificial limbs. Though early in citation impact, this work reflects a growing interdisciplinary push to translate insights from cognitive neuroscience into tangible assistive technologies. Rohe’s research has implications for amputees, stroke survivors, and users of brain-computer interfaces, positioning him as a rising voice in neuroergonomics. His emphasis on rigorous measurement and computational modeling of subjective bodily experience marks him as a researcher committed to both theoretical depth and real-world application.
Research Focus
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Top Papers
- 1Measuring, modeling and fostering embodiment of robotic prosthesis1 citations · 2024