Geena R. Ianni

The paper investigates neural synchrony in primate sensorimotor cortices during facial motor control, finding that medial and lateral areas interact in a network rather than functioning independently.

This study identifies how lateral and medial cortical regions encode facial gestures through distinct temporal patterns, forming a hierarchy for coherent motor outputs during social communication.

This study uses fMRI to examine face-selective brain regions in a large group, finding right hemisphere dominance for several regions and no significant gender differences.

This paper uses TBS and resting-state fMRI to show that disrupting the right posterior superior temporal sulcus reduces functional connectivity across the face-processing network, including between non-stimulated regions.