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Neurobots integrate neurons into living frog-cell robots to create complex movement patterns and possible sensory abilities, revealing new insights into biological plasticity and regenerative medicine applications.

This study uses brain recordings to recreate what mice see, revealing how visual information is processed and potentially aiding research on perception across species.

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 research reveals that the brain prepares for seeing objects by first tuning to general categories like color or movement, then sharpening to precise details.

Researchers propose a unified theory where the brain's memory systems also handle present awareness and future predictions, blurring lines between these mental processes.

New study reveals why people with unique neural wiring describe the world in the same way despite different brain activity patterns.

This new online tool standardizes global neuroscience data to speed up brain disease research and treatments.

A study shows that mice and artificial intelligence systems develop alike strategies and brain patterns when working together for rewards, pointing to basic rules of cooperation beyond biology.

Research demonstrates that simple brain cell systems adapt and learn complex tasks more quickly than advanced artificial intelligence, highlighting potential for bioengineered computing.