Tobias Navarro Schröder

The paper shows grid-cell firing alone cannot explain hexadirectional modulation and proposes an improved framework for future studies.

This study combines DTI and fMRI in healthy adults to delineate human homologues of medial and lateral entorhinal cortex subdivisions, revealing a confined border between posteromedial and anterolateral regions.

This study segments the human entorhinal cortex using structural connectivity, identifying MEC and LEC homologues based on differential connections to specific brain regions.

This study links neural population directional tuning in the human visual-navigation network to memory performance and behavior using fMRI and encoding models.

The paper shows that aligning grid-like neural representations with environmental information axes improves navigation performance and reduces spatial uncertainty.