Caitlin S. Mallory

This paper proposes that hippocampal replay repairs the cognitive map by updating it for new goals and maintaining abandoned ones, supported by rat foraging experiments.

This study shows that learning reshapes hippocampal replay dynamics, causing replay to linger near behaviorally significant locations through reduced adaptation and feedback inhibition.

The paper shows that hippocampal replay during immobility is dominated by self-avoidance, with past paths avoided and future paths prioritized, supported by a symmetry-breaking attractor model.

This study uses task-driven neural networks to show that heterogeneous MEC cells are functionally significant and that reward-modulated models better capture MEC response profiles than traditional models.

This study shows that entorhinal velocity signals rescale with environmental geometry and head direction cells reorganize in response to environmental changes.