A new landmark BCI study led by Stanford Medicine neuroscientists demonstrates a brain-computer interface capable of decoding ...

A new study from the University of California, San Francisco has upended a long-held assumption in neuroscience about how the brain organizes the sounds of speech. For over 150 years, Broca’s ...

Neuralink's implant is intended to help people with spinal cord injuries. The device has allowed the first patient to play video games, browse the internet, post on social media and move a cursor ...

Before you even say a word, your brain has to translate what you want to say into a perfectly sequenced set of instructions to the dozens of muscles you use to speak. For more than a century, ...

Decoding neural data into speech According to study co-lead author Cheol Jun Cho, who is also a UC Berkeley Ph.D. student in electrical engineering and computer sciences, the neuroprosthesis works by ...

A new study from UC San Francisco challenges the traditional view of how the brain strings sounds together to form words and orchestrates the movements to pronounce them.

Other brain-computer interfaces, or BCIs, for speech typically have a slight delay between thoughts of sentences and computerized verbalization. Such delays can disrupt the natural flow of ...

Brain-reading device is best yet at decoding ‘internal speech’ Technology that enables researchers to interpret brain signals could one day allow people to talk using only their thoughts.

The third human to receive a Neuralink brain implant, who also has non-verbal ALS, is now able to speak in his own voice thanks to the advancing technology combined with Artificial Intelligence (AI).

Part of the study's results were focused on the contrast between the budgerigar's brain and that of the zebra finch, a songbird species known to produce complex vocalizations.

To investigate what was happening, Chang, Liu, and postdoctoral scholar Lingyun Zhao, PhD, worked with 14 volunteers undergoing brain surgery as part of their treatment for epilepsy.