The last decade has produced exciting new ideas about retrosplenial cortex (RSC) and its
role in integrating diverse inputs. Here, we review the diversity in forms of spatial and …

This paper reviews the recent experimental finding that neurons in behaving rodents show
egocentric coding of the environment in a number of structures associated with the …

To successfully navigate the environment, animals depend on their ability to continuously
track their heading direction and speed. Neurons that encode angular head velocity (AHV) …

Animals adaptively integrate sensation, planning, and action to navigate toward goal
locations in ever-changing environments, but the functional organization of cortex …

The subregions of the entorhinal cortex (EC) are conventionally thought to compute
dichotomous representations for spatial processing, with the medial EC (MEC) providing a …

Simultaneous recordings from hundreds or thousands of neurons are becoming routine
because of innovations in instrumentation, molecular tools, and data processing software …

The potential for neuronal representations of external stimuli to be modified by previous
experience is critical for efficient sensory processing and improved behavioral outcomes. To …

The retrosplenial cortex (RC) is a brain structure crucial for spatial navigation and memory. It
contains neurons such as head direction cells, border cells, as well as other cells supporting …

During navigation, animals estimate their position using path integration and landmarks,
engaging many brain areas. Whether these areas follow specialized or universal cue …

Synaptic NMDA receptors can produce powerful dendritic supralinearities that expand the
computational repertoire of single neurons and their respective circuits. This form of …