In this study, we have used EEG data obtained during a reading activity. During the reading process, eye saccade and fixation activity are captured using dedicated hardware. We have used the data to show how the onset and progress of eye saccades can be tracked by the presence of high frequency gamma bands in the EEG time-frequency spectra. We also show that this tracking of eye saccades using the gamma bands can be captured by specific independent components of the EEG data. This relationship between saccades and gamma bands suggests caution in correlating gamma bands to cognitive or other neural activit
We saccade 3 to 5 times per second when reading. However, little is known about the neuronal mechani...
Scanning of the visual scene is an important selective process in visual perception. In this article...
The recording and analysis of electrical brain activity associated with eye movements has a history ...
The induced gamma-band EEG response (iGBR) re-corded on the scalp is widely assumed to reflect syn-c...
Upon onset of an endogenous cue participants had to execute either single or double saccades to peri...
International audienceRecent evidence suggests that transient increases in scalp electroencephalogra...
Groups of activated neurons typically synchronize in the gamma-frequency band (30-100 Hz), and gamma...
For several decades researchers have been recording electrical brain activity associated with eye mo...
Until recently induced high frequency oscillatory activity (gamma-band activity; >30 Hz) was conside...
Neuronal gamma-band (30-100 Hz) synchronization subserves fundamental functions in neuronal processi...
ObjectiveGamma EEG oscillations are low amplitude rhythms in the 30-100 Hz range that correlate with...
It is a common finding that neurons synchronize their firing rates in a high frequency range above 3...
Numerous studies suggest that gamma-band synchronization is central to visual processing, yet most o...
Until recently induced gamma-band activity (GBA) was considered a neural marker of cortical object r...
Neuronal gamma-band synchronization is central for cognition. Respective studies in human subjects f...
We saccade 3 to 5 times per second when reading. However, little is known about the neuronal mechani...
Scanning of the visual scene is an important selective process in visual perception. In this article...
The recording and analysis of electrical brain activity associated with eye movements has a history ...
The induced gamma-band EEG response (iGBR) re-corded on the scalp is widely assumed to reflect syn-c...
Upon onset of an endogenous cue participants had to execute either single or double saccades to peri...
International audienceRecent evidence suggests that transient increases in scalp electroencephalogra...
Groups of activated neurons typically synchronize in the gamma-frequency band (30-100 Hz), and gamma...
For several decades researchers have been recording electrical brain activity associated with eye mo...
Until recently induced high frequency oscillatory activity (gamma-band activity; >30 Hz) was conside...
Neuronal gamma-band (30-100 Hz) synchronization subserves fundamental functions in neuronal processi...
ObjectiveGamma EEG oscillations are low amplitude rhythms in the 30-100 Hz range that correlate with...
It is a common finding that neurons synchronize their firing rates in a high frequency range above 3...
Numerous studies suggest that gamma-band synchronization is central to visual processing, yet most o...
Until recently induced gamma-band activity (GBA) was considered a neural marker of cortical object r...
Neuronal gamma-band synchronization is central for cognition. Respective studies in human subjects f...
We saccade 3 to 5 times per second when reading. However, little is known about the neuronal mechani...
Scanning of the visual scene is an important selective process in visual perception. In this article...
The recording and analysis of electrical brain activity associated with eye movements has a history ...