Sam van Bijnen

This study examines alpha and beta oscillations in children and adults during auditory inhibitory tasks, finding age-related differences in neural dynamics during response inhibition.

This study shows frontal theta power predicts response inhibition success in a stop-signal paradigm, with higher theta preceding successful stops and shorter Stop-Signal Reaction Times.

The paper examines differences in auditory cortical responses and their relation to inhibitory control in children and adults, finding divergent brain-behavior associations.

This study investigates how stop-signal salience affects inhibitory control by analyzing electro-cortical responses during stop-signal tasks.

The paper shows that unique left auditory cortex activity in children predicts performance in inhibition tasks, suggesting different brain mechanisms compared to adults.