Shanaathanan Modchalingam

This study shows that distinct tool operation modes, not just visual features, support dual adaptation to opposing visuomotor perturbations in virtual reality.

This study shows that visuomotor adaptation in immersive VR leads to recalibration of both hand and tool position perception, demonstrating generalization beyond cursor-based tasks.

The paper tests the assumption that implicit and explicit motor adaptation measures add linearly and finds they are not additive.

This study investigates how motor adaptation to environmental changes is influenced by visual cues, finding that perturbations in throw direction lead to internal model updating while accelerations allow flexible adaptation.

The paper tests if task-relevant object-shape cues can act as contextual cues for error attribution and motor memory creation during object-transport tasks, finding they are poor but viable cues.

This study shows that stepped gradual introduction of a visuomotor perturbation enhances implicit motor learning more than ramped introduction.

The paper investigates how implicit and explicit learning systems compete during sensorimotor adaptation, showing that shared error signals can lead to competition and reduced learning in one system when the other is enhanced.

The paper shows that external error attribution reduces implicit learning in movement adaptation but not proprioceptive changes in hand localization.

This study investigates how awareness of perturbations during motor adaptation affects sensory and motor changes, finding that proprioceptive recalibration and sensory prediction updates are largely implicit.