Similarity and categorization are fundamental processes in human cognition that help
complex organisms make sense of the cacophony of information in their environment. These …

Cognitive control relies on distributed and potentially high-dimensional frontoparietal task
representations. Yet, the classical cognitive neuroscience approach in this domain has …

Understanding object representations requires a broad, comprehensive sampling of the
objects in our visual world with dense measurements of brain activity and behavior. Here …

The human ability to adaptively implement a wide variety of tasks is thought to emerge from
the dynamic transformation of cognitive information. We hypothesized that these …

Human cognition recruits distributed neural processes, yet the organizing computational and
functional architectures remain unclear. Here, we characterized the geometry and …

During conversation, people often endeavor to convey information in an understandable
way (finding common ground) while also sharing novel or surprising information (exploring …

Cognitive scientists often infer multidimensional representations from data. Whether the data
involve text, neuroimaging, neural networks, or human judgments, researchers frequently …

Humans make sense of the world by organizing things into categories. When and how does
this process begin? We investigated whether real-world object categories that …

Abstract Representational Similarity Analysis (RSA) has emerged as a popular method for
relating representational spaces from human brain activity, behavioral data, and …

Traditional contrastive analysis has been the foundation of consciousness science, but its
limitations due to the lack of a reliable method for measuring states of consciousness have …