Carolyn M. Parkinson

This study finds reduced stimulus-driven coordination within the default mode network in schizophrenia during naturalistic social stimuli viewing.

The paper tracks how neural representations of familiar peers change over time in high school students, finding they become more individualized as people get to know each other.

This study links neural and linguistic representations of close others to social decision preferences using fMRI and NLP.

The paper shows that visual and auditory brain areas use shared representational structures for emotion perception, supporting crossmodal comparison of music and movement.

The paper examines how the brain navigates social knowledge by analyzing fMRI data to compare neural mechanisms for attentional shifts in space and social hierarchy.

The paper shows that the human brain encodes social network structure through fMRI and social network analysis, revealing automatic activation of network information when viewing familiar others.

The paper shows that neural response similarity decreases with social network distance and can predict social distance.