Giuseppe P. Gava

The paper identifies two distinct hippocampal ripple types in mice during sleep/rest, showing they reorganize neuronal reactivation differently to integrate recent experiences and update prior memories.

This study shows that dentate spikes (DSs) during sleep reactivate memory-related neuronal patterns, supporting flexible memory, and are distinct from sharp-wave ripples (SWRs) in their structure and function.

The paper shows that forming a robust memory restricts hippocampal coactivity, impairing flexible memory formation, and that optogenetic suppression during robust memory formation restores flexibility.

This study demonstrates place cells in head-fixed mice navigating a real-world environment, showing consistent place tuning and remapping comparable to virtual reality systems.

This study identifies cerebellar neurons in mice that encode future locomotion kinematics, with linear decoding of locomotion speed using a small subset of cells.