Cancer survivors often experience cognitive, visual or physical challenges that hinder software use. Better designs can help.

Chinese BCI firm BrainCo debuts a non-invasive headset allowing users to control humanoid robots and robotic arms using only ...

The latest in brain-computer interfaces can work directly with robots, without any physical input or verbal instruction.

Accelerated Precision and Micro-Error Acquisition: The neural amplification led to a dramatic leap in performance. The BCI cohort demonstrated heavily accelerated learning curves and vastly superior ...

For people living with paralysis after a spinal cord injury, losing the ability to feel their hands can be just as difficult ...

At Shanghai's biggest AI showcase, the brain-computer interface company unveiled technology that lets humans control robots using nothing but neural signals and took aim at a problem that has slowed ...

Losing the sense of touch can dramatically change everyday life. People with spinal cord injuries may no longer feel their ...

What if people who have lost the ability to feel their hands could get that sense back - not through a prosthetic glove, but through tiny pulses of electricity delivered directly to the brain?

Key Takeaways Spinal cord injury can damage both movement and a sense of touch for affected peopleNew research supports the ...

The prize recognizes Stavisky's development of an AI-powered speech neuroprosthesis that turns brain activity into spoken ...

Through an implantable device and a suite of AI models trained on his brain activity that Stavisky and his team designed, the ...

Implantable devices in the brain have been used for about 30 years to assist people with disabilities in completing motor ...