Anne Focke
Papers
3
Total Citations
53
H-Index
3
About
Anne Focke is a researcher in human motor learning and rehabilitation, with a focus on how the brain adapts to novel physical environments. Her key research areas include motor memory consolidation, force field adaptation, and the development of robotic tools for rehabilitation. Focke’s major contributions center on the role of “catch trials”—randomly occurring force-free movements during force field learning—in shaping motor memory. Her 2014 paper on this topic, with 25 citations, demonstrates that catch trials not only influence online adaptation but also affect how motor memories are consolidated over time, challenging traditional models of motor learning. She further explored these dynamics in a 2013 study (15 citations), showing that catch trials can disrupt or enhance memory retention depending on their timing and frequency. Focke also co-developed the BioMotionBot (2012, 13 citations), a robotic device designed for both motor learning experiments and rehabilitation applications, offering a versatile platform for studying and retraining movement. Her work bridges computational neuroscience and practical rehabilitation, providing insights into how the brain builds and stabilizes internal models of movement. For students and researchers, Focke’s research highlights the subtle but powerful ways that experimental design—like the inclusion of catch trials—can reveal the hidden structure of motor memory.
Research Focus
Key Achievements
Top Papers
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