Mammals show a wide range of brain sizes, reflecting adaptation to diverse habitats.
Comparing interareal cortical networks across brains of different sizes and mammalian�…

The macaque brain serves as a model for the human brain, but its suitability is challenged
by unique human features, including connectivity reconfigurations, which emerged during�…

The cerebral cortex of mammals exhibits intricate interareal wiring. Moreover, mammalian
cortices differ vastly in size, cytological composition, and phylogenetic distance. Given such�…

Fine-grained descriptions of brain connectivity are required to understand how neural
information is processed and relayed across spatial scales. Previous investigations of the�…

Evolution provides an important window into how cortical organization shapes function and
vice versa. The complex mosaic of changes in brain morphology and functional organization�…

Macroscale connectivity of the mammalian brain has been shown to display several
characteristics of an efficient communication network architecture. In parallel, at the�…

Many species of birds, including pigeons, possess demonstrable cognitive capacities, and
some are capable of cognitive feats matching those of apes. Since mammalian cortex is�…

The wiring of vertebrate and invertebrate brains provides the anatomical skeleton for
cognition and behavior. Connections among brain regions are characterized by�…

The great promise of comparative neuroscience is to understand why brains differ by
investigating the relations between variations in the organization of different brains, their�…

Anatomical connectivity imposes strong constraints on brain function, but there is no general
agreement about principles that govern its organization. Based on extensive quantitative�…