Encarni Marcos

This study shows that PV+ interneurons in the dentate gyrus regulate the balance between sensitivity and consistency in memory formation by shifting hippocampal computation.

The paper investigates decision making under intermittent information streams with temporal gaps, finding that participants disproportionately weight post-gap information, which traditional models cannot explain.

The paper analyzes neural activity in non-human primates during time delays to understand working memory and time encoding mechanisms, finding that time can be decoded with high precision and neural trajectories are low dimensional.

This study shows that d-LSD enhances novel object preference in young and adult rats and can rescue this effect in old rats when combined with enriched environment exposure.