Stefano Lasaponara

The paper shows that space is a late compensatory mechanism for time representation when non-spatial timekeeping fails, using EEG and computational models.

This paper introduces a Reinforcement Meta-Learning framework to model information gathering trade-offs and shows it aligns with neural and behavioral findings on information demand.

This study shows that mental number lines become more stable when observers combine spatial and magnitude codes for numbers, indicating contextual influence rather than inherent representation.

This study investigates whether spatial or number-magnitude codes alone can evoke spatially organized mental number lines, finding no congruency effects when codes are used in isolation.