Various cognitive functions have long been known to require the hippocampus. Recently,
progress has been made in identifying the hippocampal neural activity patterns that …

Spatial learning, including encoding and retrieval of spatial memories as well as holding
spatial information in working memory generally serving navigation under a broad range of …

Consolidation stabilizes memory traces after initial encoding. Rodent studies suggest that
memory consolidation depends on replay of stimulus-specific activity patterns during fast …

The retrosplenial cortex is anatomically positioned to integrate sensory, motor, and visual
information and is thought to have an important role in processing spatial information and …

Granger-Geweke causality (GGC) is a powerful and popular method for identifying directed
functional ('causal') connectivity in neuroscience. In a recent paper, Stokes and Purdon …

Path integration is a strategy by which animals track their position by integrating their self-
motion velocity. To identify the computational origins of bias in visual path integration, we …

Grid cells and theta oscillations are fundamental components of the brain's navigation
system. Grid cells provide animals [1, 2] and humans [3, 4] with a spatial map of the …

Animals must perform spatial navigation for a range of different behaviors, including
selection of trajectories toward goal locations and foraging for food sources. To serve this …

It has been suggested that reactivation of previously acquired experiences or stored
information in declarative memories in the hippocampus and neocortex contributes to …

Long term storage of episodic memories requires memory formation during awake
experience as well as memory consolidation, a process strengthening the memory taking …