High frequency oscillations in the 40Hz (gamma-band)-range are involved in the
synchronization of brain regions, eg, in cognitive functions. It has been suggested that the …

We studied the effect of different sound intensities on the auditory evoked gamma-band
response (GBR). Previous studies observed oscillatory gamma activity in the auditory cortex …

Oscillatory activity in the gamma‐band range has been established as a correlate of
cognitive processes, including perception, attention and memory. Only a few studies …

This review highlights recent developments in research on human cortical oscillations in the
gamma-band range (30–100 Hz). Electroencephalography has demonstrated a role of these …

Oscillatory activity in human electro-or magnetoencephalogram has been related to cortical
stimulus representations and their modulation by cognitive processes. Whereas previous …

Oscillatory EEG activity in the human brain with frequencies in the gamma range (approx. 30–
80 Hz) is known to be relevant for a large number of cognitive processes. Interestingly, each …

THE present study assessed the effects of stimulus taskrelevance and certainty on early and
late 40 Hz () band responses (GBRs) in humans. Auditory GBRs of nine young adults were …

High frequency oscillations in the gamma range are known to be involved in early stages of
auditory information processing in terms of synchronization of brain regions, eg, in cognitive …

Oscillatory activity in the gamma-band range (> 30 Hz) has been proposed as a correlate of
cortical network synchronization. In human electroencephalogram (EEG), enhanced …

Oscillations in the gamma-band frequency range have been described to be more closely
connected to hemodynamic changes as assessed with functional magnetic resonance …