Nicholas J. Michelson

This study identifies specific cortical representations of automatic movements like grooming in mice at both network and single-cell levels.

The paper uses calcium imaging to show that social interaction in mice causes widespread correlated cortical activity, which is specific to individual interactions and not just local touch.

This study investigates how frequency-dependent electrical stimulation affects calcium activity in cortical neurons, revealing spatiotemporal response patterns that depend on charge density and frequency.