We learn and remember multiple new experiences throughout the day. The neural principles
enabling continuous rapid learning and formation of distinct representations of numerous …

The hippocampus is critical to the temporal organization of our experiences. Although this
fundamental capacity is conserved across modalities and species, its underlying neuronal …

The hippocampus is critical to the temporal organization of our experiences, including the
ability to remember past event sequences and predict future ones. Although this …

Rapid internal representations are continuously formed based on single experiential
episodes in space and time, but the neuronal ensemble mechanisms enabling rapid …

Memories of daily experiences contain incidental details unique to each experience as well
as common latent patterns shared with others. Neural representations focusing on the latter …

In the hippocampus, environmental changes elicit rearrangement of active neuronal
ensembles or remapping of place cells. However, it remains elusive how the brain ensures a …

Decades of work propose that hippocampal activity supports internal representation of
learned experiences and contexts, allowing individuals to form long-term memories and …

The hippocampal system appears to be critically important in establishing episodic memory
of both internal and external events within contexts as well as spatial memory, which …

Hippocampal networks form maps of experience through spiking sequences that encode
sensory cues, space or time. But whether distinct rules govern the emergence, stability and …

Neurons in the hippocampus exhibit a striking selectivity for specific combinations of sensory
features, forming representations that are thought to subserve episodic memory. Even …