Stephanie Theves

The paper shows that cognitive disorganization impairs the ability to form cognitive maps from visual input but not from linguistic structure.

The paper shows that neural alignment of new knowledge to existing structures in the parietal cortex relates to individual differences in fluid intelligence.

The paper shows that latent-state inference, attention, and neural representational geometry are coordinated during flexible decision-making, with prediction errors affecting neural representations and task-relevant information prioritization.

The paper links fluid intelligence to neural mechanisms of cognitive map formation using fMRI and cognitive tests, showing a correlation between gf and map-like encoding of object positions.

This study shows that the entorhinal cortex represents action affordances in conceptual spaces, as reflected in eye movements and neural patterns.

The paper investigates how the hippocampus enables interpolation into new states during category abstraction by analyzing neural representations in the neocortex and entorhinal cortex.