Matteo Candidi

The paper shows that integrating multiple sensory modalities during dyadic interactions increases self-other differentiation and reduces cross-modal integration in behavioral and neural responses.

This study investigates how the bodily appearance of a virtual partner affects brain activity related to action observation and monitoring during a minimally interactive task.

The paper examines how dopamine affects electrocortical markers of interpersonal performance monitoring in Parkinson's Disease using EEG analysis during coordination tasks with a virtual partner.

The paper investigates neural correlates of social affordance processing during visual encoding of hand postures using EEG, finding early differential processing in occipito-temporal regions.

This study uses tACS to show that midfrontal theta activity enhances motor coordination in human-avatar interactions by improving synchronization and motor strategies.

The paper investigates neural dynamics during dyadic motor interactions, showing the monitoring system is more attuned to others' actions than self-actions.

The paper investigates error monitoring in human-avatar motor interactions, finding that frontal and occipito-temporal Theta activity correlates during unexpected movement violations.