Papers
3
Total Citations
64
H-Index
3
About
Rochelle Ackerley is a leading neuroscientist whose research bridges the neurobiology of affective touch and the engineering of advanced tactile interfaces. Her work centers on understanding how gentle, socially meaningful touch is processed by the brain—particularly through C-tactile (CT) afferents—and how this knowledge can be translated into technologies like electronic skin for prosthetics and robotics. Ackerley’s 2019 MEG study (35 citations) mapped the spatio-temporal brain activity evoked by gentle stroking, revealing how CT afferents drive hedonic touch processing. Her 2022 work (14 citations) challenged established models by showing that stroking trajectory and force distribution shape velocity effects on pleasantness, refining our understanding of tactile perception. More recently, her 2025 review (15 citations) on electronic skin technologies highlights how flexible sensors, AI integration, and real-time data processing are transforming rehabilitation and human-machine interfaces. With over 35 citations on her top paper and a growing body of interdisciplinary work, Ackerley’s contributions are pivotal for both fundamental touch neuroscience and applied haptic technologies. Her research continues to inform how we design systems that restore or enhance tactile experience, making her a key figure in somatosensory science and bioengineering.
Research Focus
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Top Papers
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