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Chinese startups are quickly turning brain-computer interface technology into practical products, challenging US leaders like Neuralink.

This breakthrough combines quantum computing and AI to detect movement intentions in the brain, offering hope for better assistive devices for people with paralysis.

A new system combines brain signals with artificial intelligence to help people control robotic arms or cursors faster, offering hope for those with paralysis or neurological disorders.

A clinical study demonstrates nearly two years of reliable home use for speech and computer control in a person with advanced paralysis from ALS.

Device helps paralyzed patients regain hand control through direct brain signal reading, advancing accessible neurotechnology for spinal cord injuries.

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

A brain-computer interface (BCI) device allowed a man, paralyzed with tetraplegia due to spinal cord injury, to control a virtual drone.

New study shows brain signals can control robotic hands, improving life for people with disabilities.

Neuralink has posted an update on the first three patients who received a Neuralink BCI, which gives users almost "telepathic" abilities.