Yan Song

This study identifies distinct neural dynamics in ADHD children, showing atypical alpha oscillations for demand-related attention and aperiodic activity for distractor-related instability.

This study examines how susceptibility to auditory distractors relates to visual working memory in children with and without ADHD, finding distinct patterns between groups.

This study examines how addition and subtraction neural responses develop in children, finding age-related improvements and distinct patterns in right parieto-occipital {Delta}P300 amplitudes.

This study uses ERP data to show that children with dyslexia have larger N2pc components and lack the PD component in a visual search task, linking these findings to reading deficits.

This study investigates neurovascular coupling during visual working memory tasks using EEG and fNIRS, finding that higher EEG features correlate with increased hemodynamic activity in specific brain regions.

This study shows that 1064 nm transcranial photobiomodulation on the right prefrontal cortex improves visual working memory capacity and related neural activity in humans.

This study uses EEG to show that retrospective attention enhances target representations in working memory, supporting the target strengthening hypothesis and highlighting the role of frontoparietal networks.

This paper investigates how spatial cues guide proactive suppression of distractors using EEG, finding that alpha activity correlates with reduced distractor interference.