Humans are remarkably adept at perceiving and understanding complex real-world scenes.
Uncovering the neural basis of this ability is an important goal of vision science …

Understanding how we come to make sense of our environments requires understanding
both how we take in new information and how we flexibly process and store that information …

Previous studies have shown that the conceptual representation of food involves brain
regions associated with taste perception. The specificity of this response, however, is …

A defining feature of children's cognition is the especially slow development of their
attention. Despite a rich behavioral literature characterizing the development of attention …

In a naturalistic environment, auditory cues are often accompanied by information from other
senses, which can be redundant with or complementary to the auditory information …

Abstract Information processing under conditions of uncertainty requires the involvement of
cognitive control. Despite behavioral evidence of the supramodal function (ie, independent …

Much of human culture's advanced technology owes its existence to the ability to mentally
manipulate quantities. Neuroscience has described the brain regions overall recruited by …

Humans have an impressive ability to rapidly process global information in natural scenes to
infer their category. Yet, it remains unclear whether and how scene categories observed …

Though much progress has been made to understand feature integration, debate remains
regarding how objects are represented in mind based on their constituent features. Here, we …

Multivariate analysis methods are widely used in neuroscience to investigate the presence
and structure of neural representations. Representational similarities across time or contexts …