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Researchers use near-infrared light to detect brain activity deeper than ever, offering hope for affordable, portable brain imaging tools.

A new brain-computer interface translates brain signals into real-time speech, offering hope for people with speech loss from neurological conditions.

Scientists unveil a wireless brain chip thinner than hair, transmitting data 100x faster to AI. The breakthrough implant targets new treatments for epilepsy, paralysis, and blindness.

Horizontal printing, grown from induced pluripotent stem cells

Connectome-seq uses RNA barcodes to reveal precise neural wiring faster than previous techniques.

Cultured rat neurons trained via reservoir computing and FORCE learning produce complex temporal patterns in a lab setting.

Decoding thoughts at 78 words per minute

Researchers create flexible 3D microelectrode arrays, improving brain stimulation and opening doors to better neural devices.

Stanford researchers develop a method to deliver RNA to specific neuron parts, aiding repair and growth in neurological disorders.

Researchers uncover how calcium ion channels in the brain store memories by changing shapes during nerve activity.