Natural environments convey information through multiple sensory modalities, all of which
contribute to people's percepts. Although it has been shown that neural representations of …

Natural environments convey information through multiple sensory modalities, all of which
contribute to people's percepts. Although it has been shown that visual or auditory content of …

A long-standing core question in cognitive science is whether different modalities and
representation types (pictures, words, sounds, etc.) access a common store of semantic …

In navigating our environment, we rapidly process and extract meaning from visual cues.
However, the relationship between visual features and categorical representations in natural …

The organization of semantic information in the brain has been mainly explored through
category-based models, on the assumption that categories broadly reflect the organization …

If semantic representations are based on particular types of perceptual features, then
category knowledge that arises from multimodal sensory experiences should rely on distinct …

Natural scenes deliver rich sensory information about the world. Decades of research has
shown that the scene-selective network in the visual cortex represents various aspects of …

How conceptual knowledge is represented in the human brain remains to be determined. To
address the differential role of low-level sensory-based and high-level abstract features in …

Recent research indicates that sensory and motor cortical areas play a significant role in the
neural representation of concepts. However, little is known about the overall architecture of …

During natural vision, humans categorize the scenes they encounter: an office, the beach,
and so on. These categories are informed by knowledge of the way that objects co-occur in …