Self-calibration enhances BrainGate ease, reliability Date: November 11, 2015 Source: Brown University Summary: Innovations in the decoders of the investigational BrainGate brain-computer ...

The BrainGate team plans to continue to use the device in ongoing clinical trials. Other authors on this latest research were Thomas Hosman, Jad Saab, Marco Vilela, Brian Franco, ...

The BrainGate system from Cyberkinetics is already spawning research projects aimed at combining that neural interface system with other technologies designed to improve the lives of paralyzed ...

Scientists say the Braingate device is the first high-bandwidth wireless brain-computer interface (BCI) to be demonstrated on humans.

Don't miss our special WIRED.co.uk podcast dedicated to BrainGate, and how Associate Editor Madhumita Venkataramanan covered the story. When Cathy Hutchinson drank a cinnamon latte from a thermos ...

A report published May 16 in Nature describes how two individuals -- both paralyzed by stroke -- learned to use the BrainGate system to make reach-and-grasp movements with a robotic arm, as part ...

In a May study published in Nature, the BrainGate research consortium — which includes researchers from Brown, Stanford University and Case Western Reserve University — presented a new system of brain ...

An emerging technology company called BrainGate has revealed a robotic arm that can actually be controlled by brain waves. It requires the use of a sensor that contains 96 electrodes.

A new study in Science Translational Medicine describes three software innovations that substantially improved the user experience and performance of the BrainGate ...