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J. Randall Flanagan

As seen in: Nature, PLOS, PLOS ONE, BioRxiv, JNeurosci
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Articles

Contractions in Human Cerebellar-Cortical Manifold Structure Underlie Motor Reinforcement Learning

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By Joseph Y. Nashed, J. Randall Flanagan, Jason Gallivan
| JNeurosci Verified
Contractions in Human Cerebellar-Cortical Manifold Structure Underlie Motor Reinforcement Learning Tianyao Zhu, Corson N. Areshenkoff, Anouk J. De Brouwer, Joseph Y. Nashed, J. Randall Flanagan, Jason P. Gallivan Journal of Neuroscience 30 April 2025, 45 (18) e2158242025; DOI: 10.1523/JNEUROSCI.2158-24.2025
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Correction: Reach adaption to a visuomotor gain with terminal error feedback involves reinforcement learning

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By Tsuyoshi Ikegami, J. Randall Flanagan, Daniel Wolpert
| PLOS ONE
Loading metrics There is an error in the legend of Fig 3A located in the upper right of the image. The “ET” should have been light blue and “EC” should be dark blue. Please see the correct Fig 3 here. Fig 3. Generalization, variability and retention of adaptation. (A) Generalization on probe (no feedback) trials as a function of target direction.
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Adaptation of the gain of the corrective lifting response in object manipulation transfers across the hand - Scientific Reports

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By J. Randall Flanagan
| Nature Verified
Abstract Our ability to skillfully manipulate objects is supported by rapid corrective responses that are initiated when we experience perturbations that interfere with movement goals. For example, the corrective lifting response is triggered when an object is heavier than expected and fails to lift off the surface. In this situation, the absence of expected sensory feedback signalling lift off initiates, within ~ 90 ms, an increase in lifting force.
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