The modular structure of brain networks supports specialized information processing,
complex dynamics, and cost-efficient spatial embedding. Inter-individual variation in modular …

The network architecture of the human brain contributes in shaping neural activity, influencing
cognitive and behavioral processes. The availability of neuroimaging data across the …

The brain connectome is an embedded network of anatomically interconnected brain
regions, and the study of its topological organization in mammals has become of paramount …

Modular organization is an emergent property of brain networks, responsible for shaping
communication processes and underpinning brain functioning. Moreover, brain networks are …

The human brain is a complex network of anatomically interconnected brain areas. Spontaneous
neural activity is constrained by this architecture, giving rise to patterns of statistical …

Community detection plays a key role in the study of brain networks, as mechanisms of modular
integration and segregation are known to characterize the brain functioning. Moreover, …

Network models of anatomical connections allow for the extraction of quantitative features
describing brain organization, and their comparison across brains from different species. Such …

Community structure is a feature of complex networks that can be crucial for the understanding
of their internal organization. This is particularly true for brain networks, as the brain …

Oscillatory activity rising from the interaction among neurons is widely observed in the brain
at different scales and is thought to encode distinctive properties of the neural processing. …

Deep brain stimulation is a clinical technique for the treatment of parkinson’s disease based
on the electric stimulation, through an implanted electrode, of specific basal ganglia in the …