Browse our latest Neuroscience articles

Sleep is essential for consolidating implicitly acquired perceptual knowledge that enables the knowledge transfer effect via newly learned structured information observed in prior studies of explicit learning.

Spatial frequency is explicitly and dynamically represented in the primate inferior temporal cortex, revealing distinct neural populations that differentially support object recognition, specially emphasizing high-frequency contributions to face processing.

When learning a new skill, neural representations of individual actions rapidly incorporate contextual information pertaining to the encompassing skill sequence-primarily during rest breaks interleaved with practice.

Simulating others' preferences underlies riskier choices when being observed, driven by beliefs about observers' risk attitudes and supported by TPJ–dmPFC connectivity.

Visuocortical activity in humans reveals that the spatial focus of covert attention flexibly shifts and expands in accordance with task demands.

New tools for literature mining, such as automated analysis of the research literature, are accessible, scalable, and reliable.

C. elegans foraging decisions are guided by learned environmental features, integrating recent patch quality with internal satiety to balance exploration and exploitation.

These findings provide convincing evidence of the beneficial effects that restored biological rhythms may have on disease pathophysiology and symptoms.