David P. McGovern

The paper finds that critical flicker fusion thresholds predict attentional blink magnitude but not global motion sensitivity in non-clinical samples.

The paper identifies a neural signature of urgency in human perceptual decision making that operates independently of movement, using ERP data from three experiments.

The paper shows that probabilistic cues bias both motor preparation and sensory evidence encoding during a contrast discrimination task, with sensory effects emerging after extended task exposure.

This study compares age-related changes in neural and computational models of decision making, finding discrepancies and using neural data to refine the model.