Summary Gamma oscillations (∼ 30–150 Hz) are widespread correlates of neural circuit
functions. These network activity patterns have been described across multiple animal …

The function of neural circuits and networks can be controlled, in part, by modulating the
synchrony of their components' activities. Network hypersynchrony and altered oscillatory …

The hippocampal local field potential (LFP) shows three major types of rhythms: theta, sharp
wave–ripples and gamma. These rhythms are defined by their frequencies, they have …

Inhibitory interneurons regulate the oscillatory rhythms and network synchrony that are
required for cognitive functions and disrupted in Alzheimer's disease (AD). Network …

The development of microelectrodes capable of safely stimulating and recording neural
activity is a critical step in the design of many prosthetic devices, brain–machine interfaces …

Cognitive representation of the environment requires a stable hippocampal map, but the
mechanisms maintaining a given map are unknown. Because sharp wave-ripples (SPW-R) …

Decades of rodent research have established the role of hippocampal sharp wave ripples
(SPW-Rs) in consolidating and guiding experience. More recently, intracranial recordings in …

Interactions between the hippocampus and prefrontal cortex (PFC) are critical for learning
and memory. Hippocampal activity during awake sharp-wave ripple (SWR) events is …

Sensory processing is dependent upon behavioral state. In mice, locomotion is
accompanied by changes in cortical state and enhanced visual responses. Although recent …

Theta oscillations reflect rhythmic inputs that continuously converge to the hippocampus
during exploratory and memory-guided behavior. The theta-nested operations that organize …