Reshma Babu

This study investigates how different feedback types affect motor skill acquisition, transfer, and proprioception in a complex maze navigation task, finding that error-based and adaptive reinforcement feedback improve performance and transfer more than use-dependent or static reinforcement feedback.

The paper investigates how individual sensory biases during upper limb control relate to whole-brain network dynamics using rsfMRI and finds specific neural patterns associated with visual versus proprioceptive weighting.

The paper investigates how the brain updates hand position representation during visuo-proprioceptive conflicts and finds that primary somatosensory cortex (SI) mediates motor system updates through unisensory proprioceptive processing.

This study investigates how gradual vs. abrupt visuo-proprioceptive cue conflicts and feedback affect recalibration in a static hand, finding similar magnitudes but different timing of recalibration and limited feedback impact.

This study investigates how well visuo-proprioceptive recalibration is retained after a spatial mismatch, finding robust short-term retention but variable long-term effects.