Christopher A. Buneo

This study uses motor biases to estimate arm position during movement, showing that these estimates align with perceptual assessments and suggest shared mechanisms between perception and action.

The paper investigates how sensory feedback affects local field potential activity in the posterior parietal cortex during arm position tasks, finding feedback-dependent tuning and suppression of beta band power.

This study investigates how initial arm posture affects reaching movement variability, finding idiosyncratic effects that depend on visual feedback and movement phase.