As technology advances, the concept of brain-computer interfaces (BCIs) is shifting from the realm of science fiction to a ...

Scientists at Stanford University have taken a major step toward helping people “speak” without moving a muscle—by decoding ...

Brain-computer interfaces translate neural signals into actions, revolutionizing healthcare and enhancing communication for individuals with disabilities.

By decoding neural signals linked to a person’s inner monologue, researchers enabled communication for individuals with ...

A similar feedback system is key to making brain-computer interfaces a success, says BrainGate neurologist and Brown University professor Leigh Hochberg.

"Within the next two or three years, we're going to be able to see this type of technology for people out in the market," says Kurt Haggstrom.

Two ALS patients, implanted with the Stentrode brain-computer interface via the jugular vein and without the need for open brain surgery, successfully controlled their personal computer through ...

The race to create a functioning, long-term brain-computer interface, or BCI, has begun. Benjamin Rapoport and Michael Mager, Precision Neuroscience co-founders, discuss the technology.

Brain-computer connections used by paralyzed patients to type and control robotic limbs shows such devices could be the next great interface.

How ACI Technology Is Evolving Agent-computer interface technology has the capability to transform digital environmental interactions.

Story at a glance The first permanent endovascular brain-computer interface was implanted in a patient in the U.S. The technology is intended to give severely paralyzed people the ability to contro… ...