Kunlin Wei

The paper shows that movement prediction error, not performance error, drives implicit motor learning through perceptual estimates of hand kinematics.

This study shows that use-dependent learning shifts the initial state of adaptation but does not affect the learning dynamics of implicit error-based learning.

The paper shows astronauts' reaching movements slow in microgravity due to underestimated body mass, not strategic slowing, with kinematic changes linked to sensorimotor adaptation.

This paper proposes a perceptual error framework based on Bayesian cue combination to explain implicit motor adaptation, showing it outperforms sensory error-based models.

This study uses virtual reality to investigate the neural correlates of an illusionary sense of agency during passive observation, finding increased temporal binding linked to the right angular gyrus and inferior parietal lobule.

The paper shows that proprioception improves with repeated testing without feedback, but retains individual-specific error patterns.