Sentence-length and paragraph-length mnemonic processes were associated with N1-P2 and P3 fixation-related potential (FRP) components and fixation-related θ-band (4–8 Hz) EEG power, respectively. The results of the EEG data analysis showed a significant positive relationship between subsequent memory and fixation-related EEG. Brain activities of human participants recruited on campus were correlated with their subsequent memory, which was quantified by semantic correlation between the read text and reports subsequently written by them based on state of the art natural language processing procedures. This study aimed to elucidate mnemonic neural dynamics during natural reading of literature by performing electroencephalogram (EEG) and functional magnetic resonance imaging (fMRI). Reading literature (e.g., an entire book) is an enriching experience that qualitatively differs from reading a single sentence however, the brain dynamics of such context-dependent memory remains unclear.
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