Papers
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Total Citations
15
H-Index
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About
Marco Taubert is a leading researcher in motor learning and computational neuroscience, whose work explores how the human brain acquires, consolidates, and retains motor skills. His primary research areas include motor memory formation, internal model adaptation, and the neural mechanisms underlying skill retention. Taubert’s major contributions center on understanding the role of “catch trials” in force field adaptation tasks—a paradigm that reveals how the brain builds internal models of environmental dynamics. His influential 2013 study, cited 15 times, demonstrated that catch trials critically influence the consolidation of motor memory, challenging prior assumptions about how the brain stabilizes learned movements. This work has deepened our understanding of motor learning processes and has practical implications for rehabilitation and skill training. Taubert’s research is notable for its rigorous experimental design and its integration of computational modeling with behavioral experiments, making him a respected voice in the field. His findings continue to shape how researchers and students approach the study of motor memory and neural plasticity.
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