The receptive field of a neuron describes the regions of a stimulus space where the neuron
is consistently active. Sparse spiking outside of the receptive field is often considered to be …

Pyramidal cells in the rodent hippocampus often exhibit clear spatial tuning in navigation.
Although it has been long suggested that pyramidal cell activity may underlie a topological …

The hippocampus comprises two neural signals—place cells and θ oscillations—that
contribute to facets of spatial navigation. Although their complementary relationship has …

Most of our cognitive life depends on our brain's ability to generate internal representations
of the external world. The hippocampus is a brain structure that supports the formation of …

Our ability to navigate in a new environment depends on learning new locations. Mental
representations of locations are quickly accessible during navigation and allow us to know …

Hippocampal information processing is often described as two-state, with a place cell state
during movement and a reactivation state during stillness. Relatively little is known about …

The hippocampus is a brain area crucial for episodic memory in humans. In contrast, studies
in rodents have highlighted its role in spatial learning, supported by the discovery of place …

What hippocampal neural firing patterns signal memory and, more importantly, how is this
memory code used by associated structures to translate a memory into a decision or action …

Place coding in the hippocampus requires flexible combination of sensory inputs (eg,
environmental and self-motion information) with memory of past events. We show that …

The hippocampus and associated structures are responsible for episodic memory in
humans. In rodents, the most prominent behavioral correlate of hippocampal neural activity …