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Traveling electrical waves in the brain coordinate neurons for rapid flexible thinking and produce a unified sense of consciousness by performing many calculations at once.

A targeted RNA therapy restored brain function in a myotonic dystrophy type 1 model, marking a breakthrough for rare genetic disease treatment.

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.

Brain-inspired AI may revolutionize artificial intelligence after neuroscientists uncovered biological decision-making mechanisms that could make deep learning faster, smarter, and dramatically more efficient.

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

Does your brain understands speech in hierarchical steps, just like AI models?

Researchers and clinicians map and pinpoint areas for movement and sensation of touch, using chips to target related brain areas

Researchers discover that fluctuating estrogen levels during the female reproductive cycle enhance or reduce learning abilities through changes in dopamine signaling.

Can bacteria teach us how to truly connect brains with AI? What if the future of brain‑computer interfaces depends not on silicon, but on the electrical language of life itself?

New flexible device improves sound perception for those with severe hearing loss by better conforming to brainstem anatomy.