Regions in ventral temporal cortex that are involved in visual recognition of categories like
words and faces undergo differential development during childhood. However, categories …

Neuroimaging studies have reported regions with more neural activation to face than
nonface stimuli in the human occipitotemporal cortex for three decades. Here we used a …

The use of fMRI and computational modeling has advanced understanding of spatial
characteristics of population receptive fields (pRFs) in human visual cortex. However, we …

In face-to-face communication, humans are faced with multiple layers of discontinuous
multimodal signals, such as head, face, hand gestures, speech and non-speech sounds …

Abstract Representations of visual and semantic information can overlap in human visual
cortex, with the same neural populations exhibiting sensitivity to low-level features …

Direct electrical stimulation (DES) is an old and powerful technique to causally inform about
the localization of human brain function for clinical and research purposes. However, DES …

Neuroimaging studies identify multiple face-selective areas in the human brain. In the
current study, we compared the functional response of the face area in the lateral prefrontal …

For over a century, researchers have examined the functional relevancy of white matter
bundles. Consequently, many large-scale bundles spanning several centimeters have been …

Human visual cortex is organised broadly according to two major principles: retinotopy (the
spatial mapping of the retina in cortex) and category-selectivity (preferential responses to …

Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organization and spatial selectivity of neurons …