<p>Data from stimulus Set A (schematic black and white line drawings) are shown on the left; data from stimulus Set B (more detailed, colored images) are shown on the right. The top row of each panel shows topographic maps of the averaged activity from all conditions. Response frequencies and maps were determined from the time range 200–400 ms respectively. In the second row, responses for the speeded response task are shown. In the third row, responses for the delayed response task are shown. All time course data are taken from Pz. Total gamma band activity (f) responds in a highly stimulus specific way: Although strongest responses are observed for stimulus Set A, differences between real-world and non-sense object stimuli can only be fou...
<p>Gamma power in each of the 13 EEG channels (see small black dots) was subtracted from the mean of...
Increases in the power of neural oscillations in the gamma (> 40 Hz) band are a key signature of inf...
Gamma activity to stationary grating stimuli was studied non-invasively using MEG recordings in huma...
<p>Data from stimulus Set A (schematic black and white line drawings) are shown in the left column. ...
<p>A: group average responses to Mooney dynamic stimuli locked to response onset (blue line), baseli...
<p><b>Copyright information:</b></p><p>Taken from "From perception to action: phase-locked gamma osc...
<p><b>Copyright information:</b></p><p>Taken from "From perception to action: phase-locked gamma osc...
Evidence is available that oscillatory activity in the gamma frequency range (>30 Hz) might be re...
<p>(Time zero refers to the stimulus onset.) <b>A</b>: Responses to no-gap stimuli as observed in th...
<p><b>Copyright information:</b></p><p>Taken from "From perception to action: phase-locked gamma osc...
<p>(a) Time-frequency analysis of the total power difference between elevated gamma band and non-ele...
Among the most important processes of the brain in order to correctly perceive the outside world and...
Gamma activity to stationary grating stimuli was studied non-invasively using MEG recordings in huma...
A) Trial averaged EEG trace or ERP (first row) and time frequency spectrograms of change in power fr...
Response to a stimulus is faster when a subject is attending and knows beforehand how to respond. It...
<p>Gamma power in each of the 13 EEG channels (see small black dots) was subtracted from the mean of...
Increases in the power of neural oscillations in the gamma (> 40 Hz) band are a key signature of inf...
Gamma activity to stationary grating stimuli was studied non-invasively using MEG recordings in huma...
<p>Data from stimulus Set A (schematic black and white line drawings) are shown in the left column. ...
<p>A: group average responses to Mooney dynamic stimuli locked to response onset (blue line), baseli...
<p><b>Copyright information:</b></p><p>Taken from "From perception to action: phase-locked gamma osc...
<p><b>Copyright information:</b></p><p>Taken from "From perception to action: phase-locked gamma osc...
Evidence is available that oscillatory activity in the gamma frequency range (>30 Hz) might be re...
<p>(Time zero refers to the stimulus onset.) <b>A</b>: Responses to no-gap stimuli as observed in th...
<p><b>Copyright information:</b></p><p>Taken from "From perception to action: phase-locked gamma osc...
<p>(a) Time-frequency analysis of the total power difference between elevated gamma band and non-ele...
Among the most important processes of the brain in order to correctly perceive the outside world and...
Gamma activity to stationary grating stimuli was studied non-invasively using MEG recordings in huma...
A) Trial averaged EEG trace or ERP (first row) and time frequency spectrograms of change in power fr...
Response to a stimulus is faster when a subject is attending and knows beforehand how to respond. It...
<p>Gamma power in each of the 13 EEG channels (see small black dots) was subtracted from the mean of...
Increases in the power of neural oscillations in the gamma (> 40 Hz) band are a key signature of inf...
Gamma activity to stationary grating stimuli was studied non-invasively using MEG recordings in huma...