Michele Fornaciai

The paper investigates serial dependence across vision and audition, showing it transfers between modalities and is influenced by cross-modal attention, with neural evidence from EEG recordings.

This study investigates how the brain represents numerical information across different senses and formats using fMRI, finding consistent encoding in specific brain regions and a shift in representation factors along the intraparietal sulcus.

The paper investigates whether magnitude integration effects arise from perceptual processes or decision-making by comparing task-based and passive viewing conditions.

This study investigates the mechanisms and EEG signature of average numerosity perception using dynamic stimuli and shows perceptual adaptation effects and early brain responses related to numerical judgments.

The paper investigates how subjective time distortion is linked to neural activity in the visual cortex following motion adaptation.

This study investigates magnitude integration between time and numerosity using EEG, finding a shared perceptual processing stage where both dimensions interact.

The paper investigates perceptual history effects in vision and audition, finding modality-specific mechanisms that shape perception through distinct neural dynamics and behavioral patterns.