Noam Saadon‐Grosman

The paper uses fMRI data to estimate hierarchical networks in the human cerebral cortex, revealing a global organization with distinct functional properties across different network orders.

The paper investigates the large-scale organization of somatosensory maps in the cortex, finding radial geometry and orthogonality between body representation and hierarchy in S1, with similar patterns in visual and auditory systems.

The paper investigates functional specialization along the human hippocampal long axis using fMRI and behavioral data, finding distinct roles for anterior and posterior regions in memory and salience processing.

The paper maps the human cerebellum using functional MRI to show functionally specialized regions within a megacluster, dissociating cognitive control from domain-specific processing.

This paper presents a hierarchical functional atlas of the human cerebellum integrating multiple datasets, improving individual precision mapping and enabling analysis at different levels of granularity.

The paper identifies distinct functional zones within the caudate nucleus that correspond to different cerebral association networks, revealing specialized circuits within the basal ganglia.

The paper provides direct evidence for a third somatomotor map in the human cerebellar vermis using fMRI scans of body movements.

The paper quantifies somatosensory representation across the human cortex, showing that body-part proportions differ significantly from S1 and suggest a role in cognition.