The neural basis of face categorization has been widely investigated with functional
magnetic resonance imaging (fMRI), identifying a set of face‐selective local regions in the …

Understanding how the human brain recognizes faces is a primary scientific goal in
cognitive neuroscience. Given the limitations of the monkey model of human face …

Semantic memory underpins our understanding of objects, people, places, and ideas.
Anomia, a disruption of semantic memory access, is the most common residual language …

Reading is a rapid, distributed process that engages multiple components of the ventral
visual stream. To understand the neural constituents and their interactions that allow us to …

Different theories explain how subjective experience arises from brain activity,. These
theories have independently accrued evidence, yet, confirmation bias and dependence on …

The rapid recognition and memory of faces and scenes implies the engagement of category-
specific computational hubs in the ventral visual stream with the distributed cortical memory …

We report a comprehensive map** of the human ventral occipito-temporal cortex (VOTC)
for selective responses to frequency-tagged faces or landmarks (houses) presented in rapid …

Current models of word-production in Broca's area (ie left ventro-lateral prefrontal cortex,
VLPFC) posit that sequential and staggered semantic, lexical, phonological and articulatory …

In the human brain, the mid‐fusiform sulcus (MFS; sulcus sagittalis gyri fusiformis) divides
the fusiform gyrus (FG) into lateral and medial partitions. Recent studies show that the MFS …

In vivo intracranial recordings of neural activity offer a unique opportunity to understand
human brain function. Intracranial electrophysiological (iEEG) activity related to sensory …