Anna C. Geuzebroek

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 investigates how neural systems integrate intermittent perceptual evidence during decision-making, finding distinct patterns of evidence accumulation at different processing levels.

The paper analyzes visual evoked potentials (VEPs) to determine their anatomical sources in visual cortex using a forward model-informed approach, finding that V1 contributes most to VEP signals with some extrastriate contributions.

The paper investigates how decision bounds adjust in intermittent target detection tasks and finds that a model incorporating sensory-level criteria better explains both behavior and neural dynamics.