We found that amygdala volume correlates with the size and complexity of social networks in
adult humans. An exploratory analysis of subcortical structures did not find strong evidence …

Recent neuroimaging studies in humans have indicated that individual differences in social
network size correlate with amygdala volume and the volume of brain regions associated …

Using resting-state functional magnetic resonance imaging data from two independent
samples of healthy adults, we parsed the amygdala's intrinsic connectivity into three partially …

The social brain hypothesis proposes that the large size of the primate neocortex evolved to
support complex and demanding social interactions. Accordingly, recent studies have …

It has been suggested that variation in brain structure correlates with the sizes of individuals'
social networks. Whether variation in social network size causes variation in brain structure …

We found that personality characteristics are linked to dissociable connectivity streams in the
human brain. Whereas fiber tracts between a subcortical network, including the …

The social-brain hypothesis refers to a quantitative relationship between social-group size
and neocortex volume in monkeys and apes. This relationship predicts a group size of …

Observations from human subjects with focal brain lesions and animal subjects with
experimental lesions have implicated a variety of brain regions in the mediation of social …

The social brain hypothesis posits that dedicated neural systems process social information.
In support of this, neurophysiological data have shown that some brain regions are …

The social brain hypothesis proposes that large neocortex size evolved to support
cognitively demanding social interactions. Accordingly, previous studies have observed that …