Silvia Maggi

The paper shows mice transition from choice-driven to cue-driven strategies during learning, with OFC signaling influencing cortical representations of reward and error strategies.

This study investigates how medial prefrontal cortex (mPFC) hypoactivation and disinhibition affect reversal learning in rats, finding distinct impairments in early and serial reversals.

This paper introduces a probabilistic method to track choice strategies in decision-making tasks at trial resolution, showing it identifies learning and exploratory strategies across species and synthetic agents.

The paper shows that medial prefrontal cortex activity in rats represents different states of the world in distinct subspaces, allowing separate decoding and preventing interference.

The paper shows that reinforcement tagging helps maintain relevant environmental features in prefrontal cortex short-term memory during trial-and-error learning in rats.