Despite advances in the new science of connectomics, which aims to comprehensively map
neural connections at both structural and functional levels, techniques to directly study the …

Recognising objects goes beyond vision, and requires models that incorporate different
aspects of meaning. Most models focus on superordinate categories (eg, animals, tools) …

The roles of the right and left anterior temporal lobes (ATLs) in conceptual knowledge are a
source of debate between 4 conflicting accounts. Possible ATL specializations include:(1) …

How is higher cognitive function organized in the human parietal cortex? A century of
neuropsychology and 30 years of functional neuroimaging has implicated the parietal lobe …

Semantic cognition is underpinned by regions involved in representing conceptual
knowledge and executive control areas that provide regulation of this information according …

Consequential works in cognitive neuroscience have led to the formulation of an interactive
dual-stream model of language processing: the dorsal stream may process the phonological …

The most rostral portion of the human temporal cortex, the temporal pole (TP), has been
described as “enigmatic” because its functional neuroanatomy remains unclear …

According to grounded cognition, words whose semantics contain sensory‐motor features
activate sensory‐motor simulations, which, in turn, interact with spatial responses to produce …

Considerable evidence from different methodologies has identified the anterior temporal
lobes (ATLs) as key regions for the representation of semantic knowledge. Research interest …

To make sense of the world around us, our brain must remember the overlapping features of
millions of objects. Crucially, it must also represent each object's unique feature …