<div><p>(A) Grand average time course of EEG power (in v<sup>2</sup>) at 39 Hz estimated with the Morlet wavelet transform at right superior temporal electrode T8. The <i>x</i>-axis represents time (in seconds) with the yellow arrow and <i>R</i> marking the point in time of the solution button-press response (i.e., 0.0 s). The green horizontal bars above the <i>x</i>-axis represent the time intervals used in the statistical analyses and topographic maps. Note that gamma-band power for insight trials (red line) starts to increase above power on noninsight trials (blue line) by approximately 0.3 s before the button press.</p> <p>(B) Time-frequency plots of the insight minus noninsight difference shown in (A). The <i>y</i>-axis rep...
<p>Time course in three bands (top to bottom: beta2, beta1 and theta) separated by electrode groups,...
<p>a) Topography of 35–45 Hz scalp spectral power during the −540 to −600 ms and −220 to −280 ms int...
<p>(a) Time-frequency analysis of the total power difference between elevated gamma band and non-ele...
<p>Single-channel plots show percent power changes relative to baseline as a function of time and fr...
<p>Single-channel plots show percent power changes relative to baseline as a function of time and fr...
<p>Alpha power (9.8 Hz at right parietal-occipital electrode PO8) and gamma power (39 Hz at right te...
<p>TF plots A and B are based on autoregressive modeling (AR), C and D on Morlet wavelet analysis. T...
<p>Gamma power in each of the 13 EEG channels (see small black dots) was subtracted from the mean of...
<p>(a) Percent change of gamma and alpha band activity in the selected ROI in the LOC in the gamma a...
The appropriate definition and scaling of the magnitude of EEG oscillations is an underdeveloped are...
<p>(<b>A</b>) The upper panel shows spectral power from 5 to 50 Hz averaged over all 57 scalp electr...
EEG signals recorded by surface electrodes placed on the scalp can be thought as non- stationary sto...
<p>(a) Training success: Representation of the average change of gamma band activity (30–45 Hz) in e...
Spectro-Temporal Receptive Fields (STRFs) were estimated from both multi-unit sorted clusters and hi...
The electroencephalogram (EEG) has proven to be a useful information source in analysis of brain act...
<p>Time course in three bands (top to bottom: beta2, beta1 and theta) separated by electrode groups,...
<p>a) Topography of 35–45 Hz scalp spectral power during the −540 to −600 ms and −220 to −280 ms int...
<p>(a) Time-frequency analysis of the total power difference between elevated gamma band and non-ele...
<p>Single-channel plots show percent power changes relative to baseline as a function of time and fr...
<p>Single-channel plots show percent power changes relative to baseline as a function of time and fr...
<p>Alpha power (9.8 Hz at right parietal-occipital electrode PO8) and gamma power (39 Hz at right te...
<p>TF plots A and B are based on autoregressive modeling (AR), C and D on Morlet wavelet analysis. T...
<p>Gamma power in each of the 13 EEG channels (see small black dots) was subtracted from the mean of...
<p>(a) Percent change of gamma and alpha band activity in the selected ROI in the LOC in the gamma a...
The appropriate definition and scaling of the magnitude of EEG oscillations is an underdeveloped are...
<p>(<b>A</b>) The upper panel shows spectral power from 5 to 50 Hz averaged over all 57 scalp electr...
EEG signals recorded by surface electrodes placed on the scalp can be thought as non- stationary sto...
<p>(a) Training success: Representation of the average change of gamma band activity (30–45 Hz) in e...
Spectro-Temporal Receptive Fields (STRFs) were estimated from both multi-unit sorted clusters and hi...
The electroencephalogram (EEG) has proven to be a useful information source in analysis of brain act...
<p>Time course in three bands (top to bottom: beta2, beta1 and theta) separated by electrode groups,...
<p>a) Topography of 35–45 Hz scalp spectral power during the −540 to −600 ms and −220 to −280 ms int...
<p>(a) Time-frequency analysis of the total power difference between elevated gamma band and non-ele...