<p><i>Note</i>: Only significant results are shown. Greenhouse-Geisser corrected p-values are reported for effects in Experiment 2. For electrode locations, see Methods section of Experiment 1. *Experiment 2 contained factor Condition with the three levels HighFam (Old items with high familiarity), LowFam (Old items with low familiarity), and New (new items). Effects were entered in the Old/New row when HighFam and LowFam were both significantly different from New. Effects were entered in the Old/New x TF row when HighFam was significantly different from LowFam in addition to LowFam being significantly different from New.</p><p>Results of the ANOVA of <b>parietal</b> ERP amplitudes.</p
<p>Mean ERP amplitudes taken in early (300–500 ms poststimulus) and late (500–700 ms poststimulus) t...
<p><i>Note:</i> The analysed electrodes were P7, P9, PO7, PO9, O1, O9, P8, P10, PO8, PO10, O2, and O...
<p>Paired t-test values of significant potential amplitude differences at electrodes are illustrated...
<p><i>Note</i>: Only significant results are shown. Greenhouse-Geisser corrected p-values are report...
<p>Footnote: Significant differences are indicated in bold. Alpha levels were Bonferroni-corrected f...
<p>On the left side, fifty-eight of the 64 EEG electrodes used are depicted. The red electrodes were...
<p>The main factors and the interactions are reported in the first column. The <i>F</i> values, the ...
<p>*: the interaction between two factors or among three ones;</p><p>NS: not significant.</p><p>Summ...
<p>The first 7 columns show the results of a 1-Way ANOVA (1WA) with difficulty as a factor, and comp...
<p>(a) ERPs averaged within the ROIs selected for P3b analysis the 500-560 ms range. Gray shadings i...
Results of two-way ANOVA comparing the effect of rarefaction on the collection data (See Fig 2 for m...
<p>The table shows the interaction term of a 2×2 ANOVA (source of decision x outcome), and results o...
<p><i>Note:</i> The symbols ‘>’ denote that the relative theta power given by the channels or stimul...
<p>Significant main effects (diagonal) and first order interactions (lower triangle) for difficulty ...
<p>Notes: MEP = peak-to-peak amplitude of the motor evoked potential; RMT = resting motor threshold;...
<p>Mean ERP amplitudes taken in early (300–500 ms poststimulus) and late (500–700 ms poststimulus) t...
<p><i>Note:</i> The analysed electrodes were P7, P9, PO7, PO9, O1, O9, P8, P10, PO8, PO10, O2, and O...
<p>Paired t-test values of significant potential amplitude differences at electrodes are illustrated...
<p><i>Note</i>: Only significant results are shown. Greenhouse-Geisser corrected p-values are report...
<p>Footnote: Significant differences are indicated in bold. Alpha levels were Bonferroni-corrected f...
<p>On the left side, fifty-eight of the 64 EEG electrodes used are depicted. The red electrodes were...
<p>The main factors and the interactions are reported in the first column. The <i>F</i> values, the ...
<p>*: the interaction between two factors or among three ones;</p><p>NS: not significant.</p><p>Summ...
<p>The first 7 columns show the results of a 1-Way ANOVA (1WA) with difficulty as a factor, and comp...
<p>(a) ERPs averaged within the ROIs selected for P3b analysis the 500-560 ms range. Gray shadings i...
Results of two-way ANOVA comparing the effect of rarefaction on the collection data (See Fig 2 for m...
<p>The table shows the interaction term of a 2×2 ANOVA (source of decision x outcome), and results o...
<p><i>Note:</i> The symbols ‘>’ denote that the relative theta power given by the channels or stimul...
<p>Significant main effects (diagonal) and first order interactions (lower triangle) for difficulty ...
<p>Notes: MEP = peak-to-peak amplitude of the motor evoked potential; RMT = resting motor threshold;...
<p>Mean ERP amplitudes taken in early (300–500 ms poststimulus) and late (500–700 ms poststimulus) t...
<p><i>Note:</i> The analysed electrodes were P7, P9, PO7, PO9, O1, O9, P8, P10, PO8, PO10, O2, and O...
<p>Paired t-test values of significant potential amplitude differences at electrodes are illustrated...