Stimulus-dependence of gamma oscillations (GAMMA, 30–90 Hz) has not been fully
understood, but it is important for revealing neural mechanisms and functions of GAMMA …

Gamma oscillations (30 to 80 Hz) have been hypothesized to play an important role in
feature binding, based on the observation that continuous long bars induce stronger gamma …

The role of gamma-band (typically 30–100Hz) oscillations in visual processing is a topic of
increasing interest. One hypothesis is that gamma oscillations reflect the action of …

Gamma oscillations have been argued to support visual perception by synchronizing the
processing and transfer of information within and across areas of visual cortex. Here, we …

The local field potential (LFP) is an extracellular electrical signal associated with neural
ensemble input and dendritic signaling. Previous studies have linked gamma band …

Recent studies have shown the existence of two gamma rhythms in the hippocampus
subserving different functions but, to date, primate studies in primary visual cortex have …

Neocortical gamma activity has long been hypothesized as a mechanism for synchronizing
brain regions to support visual perception and cognition more broadly. Although early …

Abstract Gamma-band (30-100Hz) activity in the local field potential (LFP) is commonly
observed in different brain structures and thought to play important roles in information …

Abstract High frequency activity (> 30 Hz) in the neocortical local field potential, typically
referred to as the 'gamma'range, is thought to have a critical role in visual perception and …

Over the past decades, numerous studies have linked cortical gamma oscillations (∼ 30–
100 Hz) to neurocomputational mechanisms. Their functional relevance, however, is still …