Kami Koldewyn

The paper investigates how human-likeness and socialness influence mind attribution to robots, finding socialness may be more important than human-likeness.

The paper demonstrates that left EBA activity causally supports efficient visual perception of social interactions through fMRI, behavioral, and TMS experiments.

The paper investigates how the posterior superior temporal sulcus (SI-pSTS) responds to auditory social interactions, finding it preferentially processes visual over auditory stimuli, while anterior STS shows the opposite preference.

The paper examines attentional bias towards social interactions in naturalistic scenes, finding that social elements attract more attention in interactive scenes than non-interactive ones.

This study investigates how motion contributes to social interaction perception in the posterior temporal cortex using neuroimaging and behavioral data from 22 participants.

The paper investigates the role of semantic control regions in social cognitive processing through a meta-analysis of fMRI/PET studies, finding consistent activation in the anterior left IFG across four social domains.

This study shows that splitting fMRI data acquisition into multiple sessions reduces head motion in children and breaks reduce motion in adults, but motion still increases over time in both groups.

This paper investigates developmental changes in neural responses to social interactions in the pSTS and adjacent regions, finding increased selectivity and bilateral activation in adults compared to children.

This study investigates the relationship between prosocial priming, imitation, and perspective taking, finding no effect of prosocial primes on imitation and issues with the reliability of the Directors Task for measuring perspective taking.