Electrocorticographic evidence of a common neurocognitive sequence for mentalizing about the self and others

Kevin M. Tan (), Amy L. Daitch, Pedro Pinheiro-Chagas, Kieran C. R. Fox, Josef Parvizi and Matthew D. Lieberman
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Kevin M. Tan: University of California
Amy L. Daitch: Stanford University
Pedro Pinheiro-Chagas: Stanford University
Kieran C. R. Fox: Stanford University
Josef Parvizi: Stanford University
Matthew D. Lieberman: University of California

Nature Communications, 2022, vol. 13, issue 1, 1-17

Abstract: Abstract Neuroimaging studies of mentalizing (i.e., theory of mind) consistently implicate the default mode network (DMN). Nevertheless, the social cognitive functions of individual DMN regions remain unclear, perhaps due to limited spatiotemporal resolution in neuroimaging. Here we use electrocorticography (ECoG) to directly record neuronal population activity while 16 human participants judge the psychological traits of themselves and others. Self- and other-mentalizing recruit near-identical cortical sites in a common spatiotemporal sequence. Activations begin in the visual cortex, followed by temporoparietal DMN regions, then finally in medial prefrontal regions. Moreover, regions with later activations exhibit stronger functional specificity for mentalizing, stronger associations with behavioral responses, and stronger self/other differentiation. Specifically, other-mentalizing evokes slower and longer activations than self-mentalizing across successive DMN regions, implying lengthier processing at higher levels of representation. Our results suggest a common neurocognitive pathway for self- and other-mentalizing that follows a complex spatiotemporal gradient of functional specialization across DMN and beyond.

Date: 2022
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DOI: 10.1038/s41467-022-29510-2

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