Scott T. Albert

SORDINO improves fMRI in awake mice by being silent, sensitive, specific, and resistant to motion artifacts, enabling better brain activity mapping.

This study investigates how different washout conditions affect savings in motor adaptation, finding that abrupt washout with large errors eliminates savings while gradual or no-feedback washout preserves it.

The paper investigates how time affects two distinct components of sensorimotor adaptation: a flexible error-driven component and a less-flexible error-driven component, finding that time alters both.

The paper develops a software tool for at-home sensorimotor adaptation studies, showing similar behavioral results to lab settings.

The paper shows that sensory prediction errors drive implicit motor learning in complex whole-body tasks, replicating lab findings in a real-world ball-rolling task.

This study investigates whether control of moving and holding is independently affected in stroke patients, finding functional separation between these modes of control despite shared characteristics in resting biases and movement synergies.

The paper evaluates how perturbation variance affects implicit error sensitivity in learning, finding that it reduces sensitivity while accounting for error size, contradicting an alternative view.

The paper investigates how implicit and explicit learning systems compete during sensorimotor adaptation, showing that shared error signals can lead to competition and reduced learning in one system when the other is enhanced.

The paper shows that prior passive movement experiences improve motor learning by increasing error sensitivity and shifting learning from slow to fast adaptive systems.

This study shows that residual errors in motor adaptation are due to implicit learning's error sensitivity, which depends on past error history, not forgetting.

The paper investigates spontaneous recovery of motor memory in humans by analyzing saccadic eye movements, identifying two distinct adaptive processes during different phases of movement.

This study investigates anterograde interference in visuomotor adaptation, finding two distinct mechanisms affecting performance over time.

The paper investigates how arm holding is controlled by showing that postural fields integrate reach commands, even after corticospinal damage.