Andrea Desantis

The paper investigates how action-based prediction and top-down attention interact in perceptual processing using EEG, finding reduced P3b amplitude and latency for task-relevant predicted stimuli.

The paper investigates how action planning affects perceptual confidence, finding that incongruent action plans increase confidence through enhanced action monitoring.

This study investigates how perceptual confidence influences decision-making in human interactions, finding that confidence predicts decision changes more than task difficulty or accuracy.

The paper identifies an EEG signal representing trans-saccadic prediction error 100 ms after displacement, undetected by participants.

This study shows that irrelevant auditory and tactile signals, but not visual signals, modulate saccade latencies when presented with a visual target, suggesting multisensory integration affects motor control.

The paper investigates the neural processes preceding self-initiated actions by comparing EEG variability in self-initiated versus externally-triggered skip responses, finding reduced neural noise prior to self-initiated actions.