Kerstin Hoedlmoser

This study investigates motor sequence learning and memory consolidation in children and adults using fMRI, finding children show better consolidation despite similar initial learning.

The paper shows children maintain hippocampal activity patterns related to motor learning longer during post-task rest than adults, suggesting enhanced reactivation supports their better memory consolidation.

This study examines how spectral slope and Lempel-Ziv complexity change across sleep stages and tasks, finding that narrowband slope uniquely correlates with task performance.

This study examines aperiodic neural activity across broader frequency ranges during sleep, finding that complex models with knee features capture sleep-stage differences and temporal dynamics.

This study shows that sleep after motor adaptation training improves performance and alters beta oscillations and EEG spectral slope, with sleep spindles predicting success.

This study examines how sleep spindle maturation affects slow oscillation-spindle coupling across different age groups in children.

The paper shows that stronger coupling between slow oscillations and spindles during sleep predicts better motor learning in adolescents and adults.