Sabrina J. Abram

This study compares how symbolic and sensory feedback affect motor adaptation, finding that symbolic feedback leads to slower and more explicit learning.

This paper shows that perturbation variability does not affect implicit sensorimotor adaptation, as non-linear error correction explains observed effects without requiring changes in error sensitivity.

This study shows that binary feedback can drive implicit motor learning, as evidenced by a consistent aftereffect in a center-out reaching task.

This study tests if steeper gradients of energetic cost during walking trigger adaptation, finding no spontaneous adaptation to steeper gradients but adaptation when cost savings are explicitly induced.

This study shows that the nervous system optimizes energy cost to determine preferred step width during walking, but does so incompletely, suggesting trade-offs with other objectives.