Investigates how emotionally charged experiences are encoded more deeply within the hippocampus and amygdala.

Explores the neural mechanisms of emotion generation, regulation, and their influence on cognition.

Analyzes the brain’s temporary storage and manipulation of information essential for reasoning and decision-making.

Examines how synaptic strengthening underlies the persistence of memory through repeated neural activation.

Studies prefrontal-limbic interactions that govern the suppression, reappraisal, and expression of emotions.

Focuses on how traumatic events alter encoding and retrieval processes, often resulting in fragmented recall.

Investigates how emotional experiences reshape synaptic connectivity and influence adaptive behavior.

Explores the tendency for individuals to retrieve memories consistent with their current emotional state.

Analyzes the stabilization of memories during sleep and rest, involving hippocampal-neocortical interactions.

Examines how emotional salience enhances attention, retention, and behavioral adaptation in learning contexts.