The theta rhythm organizes neural activity across hippocampus and entorhinal cortex. A role
for theta oscillations in spatial navigation is supported by half a century of research reporting …

Decades of hippocampal neurophysiology research have linked the hippocampal theta
rhythm to voluntary movement. A consistent observation has been a robust correlation …

Theta frequency oscillations in the 6-to 10-Hz range dominate the rodent hippocampal local
field potential during translational movement, suggesting that theta encodes self-motion …

The theta rhythm is a prominent oscillatory EEG pattern recorded from the mammalian
hippocampus. It has been studied most extensively in the rat but is also known to exist in the …

Hippocampal theta oscillations support encoding of an animal's position during spatial
navigation, yet longstanding questions about their impact on locomotion remain …

Decades of work in rodents suggest that movement is a powerful driver of hippocampal low-
frequency" theta" oscillations. Puzzlingly, such movement-related theta increases in …

Previous rodent studies demonstrate movement-related increases in theta oscillations, and
recent evidence suggests that multiple navigationally relevant variables are reflected in this …

Based on rodent models, researchers have theorized that the hippocampus supports
episodic memory and navigation via the theta oscillation, a~ 4–10 Hz rhythm that …

Abstract This study examines whether 4–8‐Hz theta oscillations can be seen in the human
hippocampus, and whether these oscillations increase during virtual movement and …

The theta oscillation is a neuroscience enigma. When a rat runs through an environment,
large-amplitude theta oscillations (4–10 Hz) reliably appear in the hippocampus's electrical …