Gina F. Humphreys

This study identifies a shared neural network for semantic and social cognition through convergent evidence from neuroimaging analyses and language models.

This study uses fMRI-RSA to show that tool representations are distributed across parietal and anterior temporal regions, with distinct patterns for motor and functional aspects of tools.

This study investigates the role of the left posterior angular gyrus in autobiographical recall versus semantic memory using meta-analysis and fMRI, finding it specifically engaged in autobiographical tasks.

The paper tests the role of the co-activated default mode network in episodic recall and social cognition using network-level analysis and finds no evidence of its involvement in these tasks.

The paper investigates how semantic control regions are topographically positioned between default-mode and multiple-demand networks, showing hybrid functional responses.

This study investigates the functional and structural differences between ventral and dorsal lateral parietal cortex in semantic and episodic memory tasks using fMRI and DTI data.

The paper identifies three functional organisational principles in the inferior parietal cortex using fMRI data, showing domain-general neurocomputation with graded task engagement based on connectivity.

This paper identifies two distinct subsystems within the default network that support different forms of internally oriented cognition based on functional profiles and task-context preferences.

This paper uses fMRI to identify neural networks involved in forming and updating semantic gestalts during narrative processing, revealing distinct roles for the anterior temporal lobe and fronto-parietal networks.