A prominent and replicated finding is the correlation between running speed and increases
in low-frequency oscillatory activity in the hippocampal local field potential. A more recent …

Successful spatial navigation is thought to employ a combination of at least two strategies:
the following of landmark cues and path integration. Path integration requires that the brain …

Rhythmic oscillations within the 3–12 Hz theta frequency band manifest in the rodent
hippocampus during a variety of behaviors and are particularly well characterized during …

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

Numerous reports have demonstrated low‐frequency oscillations during navigation using
invasive recordings in the hippocampus of both rats and human patients. Given evidence, in …

Abstract Low-Frequency Oscillations (LFO) in the range of 7–9 Hz, or theta rhythm, has been
recorded in rodents ambulating in the real world. However, intra-hippocampus EEG …

Low-frequency (delta/theta band) hippocampal neural oscillations play prominent roles in
computational models of spatial navigation, but their exact function remains unknown. Some …

We previously demonstrated that the phase of oscillations modulates neural activity
representing categorical information using human intracranial recordings and high …

Oscillations are a pervasive feature of neuronal activity in the cerebral cortex. Here, we
propose a framework for understanding local cortical oscillation patterns in cognition: two …

Brain oscillations are increasingly recognized by memory researchers as a useful tool to
unravel the neural mechanisms underlying the formation of a memory trace. However, the …