Material-specific high-frequency power changes in MEG source clusters and iEEG electrodes exhibiting material-specific power changes in the alpha/beta range.

Material-specific high-frequency power changes in MEG source clusters and iEEG electrodes exhibiting material-specific power changes in the alpha/beta range.

<p>Time-frequency (“Freq”) plots show t-values for the contrast of words versus faces in MEG source clusters (A, C) and in iEEG electrodes (B, D). Bar plots show average power values for the word and face condition separately for the time-frequency window marked with dashed boxes; black dots s...

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Bibliographic Details
Main Author: Marie-Christin Fellner (7053533) (author)
Other Authors: Stephanie Gollwitzer (7053536) (author), Stefan Rampp (543084) (author), Gernot Kreiselmeyr (7053539) (author), Daniel Bush (363649) (author), Beate Diehl (6161162) (author), Nikolai Axmacher (133267) (author), Hajo Hamer (6002135) (author), Simon Hanslmayr (3142404) (author)
Published: 2019
Subjects:
Neuroscience
Physiology
Immunology
Mental Health
Biological Sciences not elsewhere classified
brain regions
theta power decreases
gamma power increases
frequency bands
brain oscillatory fingerprints
oscillatory signatures
memory formation Decreases
memory formation
MEG
iEEG data show
memory encoding
power spectrum
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