Arnaud Boutin

This study examines how prematurity and early locomotor training affect the temporal and spatial organisation of sleep spindles in infants.

This study shows that targeted memory reactivation during sleep spindles improves recall-based memory retention, with spindle temporal clustering affecting different memory outcomes.

This study compares behavioral and neural differences between physical and observational motor learning under disruption, finding comparable outcomes but distinct neural strategies.

This study investigates how sleep spindle clustering and coupling with slow oscillations affect motor memory consolidation and generalization through sensorimotor restriction.

The paper investigates whether slow spindle trains during daytime naps support declarative memory consolidation, finding that slow spindles clustered in trains correlate with better memory performance.

The paper tests whether movement and decision vigor are co-regulated or decoupled in a reward task, finding they are mostly decoupled and driven by distinct time-cost signals.

The paper shows that sleep spindles cluster in NREM2 sleep, supporting motor memory consolidation through synchronized oscillatory activity.

This study investigates whether sleep spindle activity supports consolidation of motor skills learned through physical practice, motor imagery, and action observation, finding a common spindle organization but distinct outcomes.

In human fMRI, consolidated finger sequences are more discriminable than new ones in sensorimotor putamen, premotor and prefrontal cortices, but less so in hippocampus and caudate.