Results of the post-scan-interview.

<p>Results of the post-scan-interview.</p

Activations during the “ToM > R” analysis (whole-brain analysis; <i>a priori</i> p < 0.001 for uncorrected data at the voxel level and p < 0.05 when data were corrected for family-wise-errors at the cluster level; cluster-extent threshold > 1 voxel; * = also significant at p < 0.05 when data were corrected for family-wise-errors at the voxel level; color bars represent T-values).

<p>Activations during the “ToM > R” analysis (whole-brain analysis; <i>a priori</i> p < 0.001 for uncorrected data at the voxel level and p < 0.05 when data were corrected for family-wise-errors at the cluster level; cluster-extent threshold > 1 voxel; * = also significant at p < 0.05 when data were corrected for family-wise-errors at the voxel level; color bars represent T-values).</p

Bayesian analysis to evaluate the theory that the response in the mPFC is the same as the response in the right superior temporal gyrus during “ToM > R” (volume of interest (VOI): mPFC-coordinates based on literature, right posterior superior temporal gyrus coordinates based on our sample (MNI: 54–48 16), radius 15 mm; mean and standard deviation (SD) represent the average BOLD-signal within a volume of interest).

<p>Bayesian analysis to evaluate the theory that the response in the mPFC is the same as the response in the right superior temporal gyrus during “ToM > R” (volume of interest (VOI): mPFC-coordinates based on literature, right posterior superior temporal gyrus coordinates based on our sample (MNI: 54–48 16), radius 15 mm; mean and standard deviation (SD) represent the average BOLD-signal within a volume of interest).</p