Toshiki Kobayashi

The paper shows that the amplitude of feedback responses during a holding period predicts the magnitude of learning responses in visuomotor tasks.

This study shows that fast corrective responses in redundant motor control are shaped by intrinsic coordination constraints rather than flexible re-optimization.

The paper investigates how the motor system adapts to visual perturbations in a redundant motor task involving a virtual stick manipulated with both hands, revealing that baseline relationships guide implicit adaptation.

The paper identifies behavioral and neural signs preceding movement failure in a reaching task, showing that reduced movement velocity and specific EEG activity occur before failures.