Gamma-band (25–90 Hz) peaks in local field potential (LFP) power spectra are present
throughout the cerebral cortex and have been related to perception, attention, memory, and …

The gamma frequencies of the local field potential (LFP) provide a physiological correlate for
numerous perceptual and cognitive phenomena and have been proposed to play a role in …

Neural activity in the gamma frequency range (“gamma”) is elevated during active cognitive
states. Gamma has been proposed to play an important role in cortical function, although …

Oscillatory neural activity within the gamma band (25–90 Hz) is generally thought to be able
to provide a timing signal for harmonizing neural computations across different brain …

Gamma components of the local field potential (LFP) are elevated during cognitive and
perceptual processes. It has been suggested that gamma power indicates the strength of …

Neuronal oscillations in the gamma band (30–80 Hz) have been suggested to play a central
role in feature binding or establishing channels for neural communication. For these …

During cognitive tasks electrical activity in the brain shows changes in power in specific
frequency ranges, such as the alpha (8–12 Hz) or gamma (30–80 Hz) bands, as well as in a …

Gamma-band peaks in the power spectrum of local field potentials (LFP) are found in
multiple brain regions. It has been theorized that gamma oscillations may serve as a …

Gamma-band activity, peaking around 30–100 Hz in the local field potential's power
spectrum, has been found and intensively studied in many brain regions. Although gamma …

Gamma rhythm (which has a center frequency between 30 and 80Hz) is modulated by
cognitive mechanisms such as attention and memory, and has been hypothesized to play a …