Gerard M. Loughnane

This study uses EEG to analyze perceptual decision-making in ADHD, finding altered neural dynamics in attentional selection, sensory evidence accumulation, and response preparation compared to typically developing children.

This study identifies neurophysiological mechanisms causing slowed contralesional response times after stroke by analyzing EEG data from stroke patients and healthy controls.

The paper investigates how evidence accumulation rate influences age-related response speed declines in older adults exposed to enriched environments.

The paper shows that subjects begin accumulating evidence before informative stimuli appear, adjusting onset timing based on previous trial foreperiods to handle temporal uncertainty.

This study investigates how catecholamine modulation affects perceptual decision-making using EEG, finding that MPH and ATM shorten reaction times and alter P3b latency.

This study examines how pupil-linked arousal modulates neural and behavioural signatures of perceptual evidence accumulation during decision-making.