Sequences of spiking activity have been heavily implicated as potential substrates of
memory formation and retrieval across many species. A parallel line of recent evidence also …

Episodic memory retrieval is thought to rely on the replay of past experiences, yet it remains
unknown how human single-unit activity is temporally organized during episodic memory …

Sequential activation of neurons is a common feature of network activity during a variety of
behaviors, including working memory and decision making. Previous network models for …

Complex patterns of neural activity appear during up-states in the neocortex and sharp
waves in the hippocampus, including sequences that resemble those during prior …

Our brains at rest spontaneously replay recently acquired information, but how this process
is orchestrated to avoid interference with ongoing cognition is an open question. Here we …

One of the most striking features of the hippocampal network is its ability to self‐generate
neuronal sequences representing temporally compressed, spatially coherent paths. These …

Pattern separation is a process that minimizes overlap between patterns of neuronal activity
representing similar experiences. Theoretical work suggests that the dentate gyrus (DG) …

Neural correlates of external variables provide potential internal codes that guide an
animal's behavior. Notably, first-order features of neural activity, such as single-neuron firing …

Spontaneous neuronal ensemble activity in the hippocampus is believed to result from a
combination of preconfigured internally generated dynamics and the unique patterns of …

The consolidation of memories for places and events is thought to rely, at the network level,
on the replay of spatially tuned neuronal firing patterns representing discrete places and …