Sasha Reschechtko

This study investigates whether increased surface friction due to fingertip hydration causes force drift during isometric pressing, but finds no significant difference in force drift between surfaces with and without increased friction.

The paper investigates movement strategies for detecting microscale tactile features and finds that participants can detect features as small as 2 micrometers using a single contact event with optimized movement control.

The paper investigates how the brain plans multiple future arm movements during sequential actions, finding that planning processes interact and influence each other.

This study shows that reach corrections toward moving objects are faster than toward jumping targets, suggesting that continuous motion cues improve motor adaptation.

The paper compares voluntary modification of tactile-motor and visuo-motor responses during reaching tasks, finding that tactile feedback allows suppression of early motor responses.

The paper investigates how humans modulate reflexes during self-triggered, unpredictable unloading perturbations, finding task-dependent reflex modulation that cannot be explained by pre-perturbation muscle state.