Keith E. Gordon

The paper shows that consistency, not certainty, drives predictive motor strategies during walking, with participants adapting more when trials were consistent.

This study shows that exposure to unpredictable perturbations impairs subsequent adaptation to consistent force fields during locomotion.

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

The paper investigates whether energy expenditure explains step length-width preferences during walking and finds it is not the sole factor.