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The same groups of neurons in the prefrontal cortex of mice can store either sensory details or action plans in working memory depending on the needs of the moment.

New high-resolution fMRI dataset from repeated scans of the same volunteers expands resources for studying how individual brains handle diverse mental tasks.

Researchers use an AI model to build a highly detailed map of the mouse brain, revealing new areas that could improve understanding of brain functions, behaviors, and diseases.

A full map of nerve cell connections linking the brain and nerve cord in an adult fruit fly supports new research on behavior and nervous system organization.

This non-destructive technique overcomes previous limitations and paves the way for imaging larger brain samples to understand complex neural connections.

New findings show how the brain learns to control movements in virtual environments using brain-computer interfaces.

Scientists uncover how synchronized brain waves in the midfrontal region link to cognitive skills, offering insights for future brain training tools.

Researchers discover a brain system that combines basic movements to create tool-using actions, much like letters form words in language.

AI-enhanced connectomics