The human brain is composed of multiple, discrete, functionally specialized regions that are
interconnected to form large-scale distributed networks. Using advanced brain-imaging …

The fusiform face area responds selectively to faces and is causally involved in face
perception. How does face-selectivity in the fusiform arise in development, and why does it …

Is vision necessary for the development of the categorical organization of the Ventral
Occipito-Temporal Cortex (VOTC)? We used fMRI to characterize VOTC responses to eight …

Highlights•Deep imaging reveals multiple sensory-biased regions in lateral frontal
cortex.•Resting-state fMRI functional connectivity confirms sensory-biased organization.• …

The human cerebral cortex is estimated to comprise 200–300 distinct functional regions per
hemisphere. Identification of the precise anatomical location of an individual's unique set of …

Multimodal learning, especially large-scale multimodal pre-training, has developed rapidly
over the past few years and led to the greatest advances in artificial intelligence (AI). Despite …

In humans, the occipital middle-temporal region (hMT+/V5) specializes in the processing of
visual motion, while the planum temporale (hPT) specializes in auditory motion processing …

The cortical dorsal attention network (DAN) is a set of parietal and frontal regions that
support a wide variety of attentionally demanding tasks. Whereas attentional deployment …

Congenital blindness offers a unique opportunity to investigate human brain plasticity. The
influence of congenital visual loss on the asymmetry of the structural network remains poorly …

Distributed cortical regions show differential responses to visual objects belonging to
different domains varying by animacy (eg, animals vs tools), yet it remains unclear whether …