Historically, research on the cognitive processes that support human memory proceeded, to
a large extent, independently of research on the neural basis of memory. Accumulating …

We describe single-neuron recordings in the human hippocampal formation, performed in
epileptic patients for clinical reasons, and highlight their advantages, challenges, and …

Representational similarity analysis (RSA) is a multivariate method that can be used to
extract information about distributed patterns of representations across the brain. It is related …

New memories are not quarantined from each other when first encoded; rather, they are
interlinked with memories that were encoded in temporal proximity or that share semantic …

Learning and memory are among higher-order cognitive functions that are based on
numerous molecular processes including changes in the expression of genes. To identify …

When forming a memory of an experience that is unfolding over time, we can use our
schematic knowledge about the world (constructed based on many prior episodes) to predict …

Newly formed memories are spontaneously reactivated during sleep, leading to their
strengthening. This reactivation process can be manipulated by reinstating learning‐related …

Context contributes to multiple aspects of human episodic memory including segmentation
and retrieval. The present studies tested if, in adult male and female mice, context influences …

During sleep, recently acquired episodic memories (ie, autobiographical memories for
specific events) are strengthened and transformed, a process termed consolidation. These …

Recalling and imagining autobiographical experiences involves constructing event
representations within spatiotemporal contexts. We tested whether generating …