Romeo Chua

Distinct computations underlie movement error parsing during implicit motor adaptation and perturbation detection

The paper investigates how the human sensorimotor system parses movement errors into external and internal components during adaptation and detection, finding distinct computational strategies for implicit adaptation and explicit detection.

Dual agonist and antagonist muscle vibration produces a bias in end point with no change in variability

The paper investigates how muscle vibration affects target-directed reaching, finding that dual vibration causes endpoint bias without increasing movement variability.

Evidence for an efferent-based prediction contributing to implicit motor adaptation

This study shows that implicit motor adaptation can occur without afferent proprioceptive feedback, suggesting efferent-based predictions play a key role.

A Bayesian decision-making model of implicit motor learning from internal and external errors

This paper introduces a Bayesian model to explain how humans distinguish and adapt to internal vs. external movement errors during motor learning.

Minimal impact of proprioceptive loss on implicit sensorimotor adaptation and perceived movement outcome

This study investigates the role of proprioception in implicit sensorimotor adaptation and perceived movement outcome by examining individuals lacking proprioception, finding minimal impact on adaptation and perceived outcome.

The influence of kinesthetic motor imagery and effector specificity on the long-latency stretch response

This study investigates how kinesthetic motor imagery and contralateral voluntary movements influence the long-latency stretch response (LLR) in upper-limb muscles, finding that voluntary response 'leakage' into the stretched muscle is necessary for LLR facilitation.