Nicholas Kreter

This study examines how unexpected underfoot perturbations during turning affect mediolateral stability and recovery strategies in humans.

This study examines how humans adjust foot placement during straight and turning gait when encountering obstacles, finding distinct strategies based on turn type.

This study shows that people adjust their walking and balance when facing virtual height threats to minimize the perceived risk of falling.

The paper investigates how sensory context of initiation cues affects neural representations of goal-relevant features during movement tasks.

This study examines how temporal and physical certainty influence locomotor strategies during underfoot perturbations, finding that physical certainty improves recovery efficiency.