Jacob L. S. Bellmund

The paper shows that the entorhinal cortex represents an abstract value space during decision making with a grid-like pattern aligned to the most informative value axis.

This study tests if participants can navigate abstract knowledge using a VR-based first-person navigation task, finding that both physical movement and remote exploration lead to similar learning outcomes.

This study shows that trapezoidal environments distort human spatial memory, similar to how grid cell patterns are affected in rodents, suggesting a link between grid cells and cognitive functions beyond navigation.

The paper shows that the human lateral entorhinal cortex represents temporal event structures during memory recall, similar to rodent studies.