Dimitris Voudouris

The paper examines how tactile sensitivity changes during goal-directed movements and finds that early cortical activity modulates tactile perception to support sensorimotor control.

This study shows tactile suppression during movement results from optimal state estimation, where the nervous system dynamically weights internal predictions against sensory feedback based on uncertainty.

This study examines age-related differences in predictive eye movements during a visuomotor task, finding that older adults shift gaze earlier to their own paddle but later to the ball's final bounce location.

The paper investigates where people look when navigating to grasp an object with obstacles, finding they focus on interaction positions rather than obstacles.

The paper investigates how tactile sensitivity in lower limbs changes during goal-directed kicking movements, finding distinct modulation patterns in balancing and kicking feet.

This study assesses the reliability of tactile perception and suppression across time, finding robustness in resting conditions but variability in movement conditions without clear patterns.

This study examines how postural demands affect tactile perception in the lower limb in young and older adults, finding that higher postural demands reduce tactile sensitivity and increase sway.

This study investigates how tactile sensitivity on the lower limb changes during balance control in response to visual perturbations.

This study investigates how head movements during visual tracking are influenced by posture and age, finding that head engagement varies with postural demands and age-related differences in balance.

The paper investigates whether sensorimotor predictions influence grasping kinematics and tactile processing, finding that kinematics are affected but tactile suppression remains unchanged.

This study shows that pupil dilation correlates with movement distance during executed reaching but not during imagined reaching, suggesting different cognitive processes underlie each.

The paper examines how head rotation affects standing balance during visual tracking in young and older adults, finding greater postural sway in older adults during pursuit tasks.

The paper demonstrates that tactile suppression is specifically tuned to predicted sensory states of movement, not just unspecific gating.

The paper investigates whether humans prioritize grasp stability or natural grasp configuration during precision grip tasks, finding that stability overrides comfort.

This study shows that increased uncertainty in coordinate transformations during head roll leads to compensatory changes in obstacle avoidance behavior during reaching tasks.