Sarah L. Karalunas

The paper shows that alpha-range EEG oscillations are linked to dynamic BOLD brain networks, with low-alpha periods associated with unique configurations and both low- and high-alpha periods linked to overlapping networks.

This study examines how ADHD affects white matter microarchitecture in youth over time using diffusion MRI and finds reduced isotropic diffusion in ADHD individuals.

The paper uses the ABCD Study to analyze how ADHD medications affect cortical structure, finding that stimulants reduce ADHD-related cortical changes.

This study shows that neural dynamics shift toward criticality before slower responses in ADHD and control groups, suggesting structured variability, not random noise, underlies reaction-time variability.

This study shows that individual differences in brain connectivity predict changes in reward waiting preferences during adolescence, beyond what age alone can explain.