Jeremy D. Cohen

This study shows that forest mice have larger corticospinal tracts and greater dexterity compared to prairie mice, supporting the hypothesis that CSN number expansion enhances motor skills.

The paper identifies optimal corticothalamic connectivity structures that support learning in thalamocortical loops for motor control and working memory tasks.

This study trains a minimalist cerebellar cortex model to learn time-series data, revealing that dense granule cell activity and task-specific pattern separation features underlie temporal learning.

This study investigates the cortico-cerebellar loop in mice, showing that perturbing the pontine nuclei alters motor behavior and suggests the loop fine-tunes motor commands during skilled reaching.

The paper develops a probabilistic model of hippocampal CA1 representations in mice, showing that field propensity shapes spatial coding across environments and time.