Mohamed S. Ameen

This study finds that neonatal resting-state EEG aperiodic activity relates to 12-month communicative abilities in typically developing infants, showing an inverted U-shaped relationship.

This study tracks auditory neural development in infants using hdEEG, showing increased neural synchrony and reduced variability over the first year, with a nonlinear pattern of phase synchronization.

This study shows sleep preserves declarative memories regardless of initial strength, while wakefulness selectively impairs weak memories.

This paper investigates predictive processing during sleep by analyzing neural responses to predictable and random tones using EEG and MEG, finding that predictive patterns fade as sleep progresses.

The paper investigates prenatal language learning in newborns using EEG, finding evidence of discrimination between familiar and unfamiliar rhymes, prosodic learning, and correlations between maternal depression, fetal stress, and later language development.

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 investigates how the sleeping brain responds to familiar and unfamiliar voices, finding that unfamiliar voices elicit stronger neural responses, particularly through K-complexes and oscillatory activity.