The association cortex supports cognitive functions enabling flexible behavior. Here, we
explored the organization of human association cortex by mathematically formalizing the …

Functional coupling across distributed brain regions varies across task contexts, yet there
are stable features. To better understand the range and central tendencies of network …

Network-based analyses of brain imaging data consistently reveal distinct modules and
connector nodes with diverse global connectivity across the modules. How discrete the …

Though widely hypothesized, limited evidence exists that human brain functions organize in
global gradients of abstraction starting from sensory cortical inputs. Hierarchical …

The human ability to adaptively implement a wide variety of tasks is thought to emerge from
the dynamic transformation of cognitive information. We hypothesized that these …

Recent studies have suggested that human brain functional networks are topologically
organized into functionally specialized but inter-connected modules to facilitate efficient …

Structural white matter connections are thought to facilitate integration of neural information
across functionally segregated systems. Recent studies have demonstrated that changes in …

Higher brain function relies upon the ability to flexibly integrate information across
specialized communities of brain regions; however, it is unclear how this mechanism …

Human higher cognition arises from the main tertiary association cortices including the
frontal, temporal and parietal lobes. Many studies have suggested that cortical functions …

Cognition presumably emerges from neural activity in the network of association
connections between cortical regions that is modulated by inputs from sensory and state …