Carlo Campagnoli

The paper investigates strategic behavior in sensorimotor adaptation tasks and finds that participants often experience an 'Aha!' moment leading to an abrupt shift in strategy.

This study shows that trait absorption enhances spatial presence in VR through attention allocation, with a dose-response effect observed between absorption levels and attention's impact on presence.

This study examines how visual blur affects reach-to-grasp movements, finding changes in kinematic and temporal aspects under different visual conditions.

The paper investigates visuomotor memory by testing transfer across contexts with opposing visual motion, finding that motor memory is tied to planned hand displacement rather than visual feedback.

The paper investigates whether first-person shooter (FPS) games can serve as a valid tool for studying sensorimotor control by comparing kinematic metrics across different visual feedback conditions.

The paper tests whether the superadditivity effect in depth estimation occurs with real objects, finding it persists in both explicit and implicit tasks.

This study investigates how explicit and implicit motor learning processes encode perceptual error information through depth vision in a visuomotor adaptation task.