Circular–linear correlation between EEG phase and poststimulus global field power. Circular–linear correlation between EEG phase and poststimulus global.

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Presentation transcript:

Circular–linear correlation between EEG phase and poststimulus global field power. Circular–linear correlation between EEG phase and poststimulus global field power. (A) Correlation computed across all conditions and channels. The color map represents P values, and the white outline delimits significant effects corresponding to a FDR of 5%. Correlations are most evident around 7 Hz at 400–100 ms prestimulus, and at frequencies <5 Hz after 100 ms poststimulus (corresponding to the early portion of the ERP). The topography shows the distribution of the correlation in the time–frequency range from 4 to 10 Hz and −400 to −100 ms. White markers indicate channels of the region of interest, used for subsequent analyses. (B) Correlations separately for unattended and attended stimuli computed for the fronto-central region of interest. Stronger and more sustained correlation between prestimulus phase and GFP is found for attended stimuli. Niko A. Busch, and Rufin VanRullen PNAS 2010;107:37:16048-16053 ©2010 by National Academy of Sciences