Shane D. McKeon

This study examines how developmental changes in oscillatory and spontaneous neural activity support improved inhibitory control from adolescence to adulthood using EEG data.

The paper quantifies how adolescent brain maturation shifts excitation-inhibition balance and proximity to criticality using EEG data from 169 participants aged 10-33.

The paper investigates how intrinsic neural timescales develop across adolescence in multiple species, finding reductions linked to improved cognitive function and structural changes.

This study investigates the timing of myelin maturation in different layers of the human prefrontal cortex and finds that deep layers mature earlier than superficial layers, affecting neural activity and cognitive processing.

This study shows that during adolescence, the prefrontal cortex's excitation/inhibition balance improves signal-to-noise ratio and working memory performance through changes in glutamate and GABA levels.

The paper shows that changes in PFC aperiodic EEG activity and glutamate/GABA balance correlate with working memory development through adolescence.

This study examines age-related changes in transient gamma band activity during working memory maintenance in adolescents using EEG and spectral event processing.