Christine M. Lykken

This study shows that toroidal manifolds in the MEC emerge early in rat pups, preceding spatial experience and exploration, suggesting innate computational motifs in spatial navigation.

The paper shows that artificial remapping of place fields is reproducible and predictable based on grid subfield rate changes in the entorhinal-hippocampal system.

The paper shows that differential phase shifts in grid cell modules enable hippocampal place cell remapping, suggesting a mechanism for orthogonalizing spatial codes during environmental changes.

This study shows that neural activity in the lateral entorhinal cortex of rats organizes events into continuous, directional flows with discrete boundaries, enabling multiplexing across timescales.