Brad G. Smith, an ALS patient, regains communication abilities with a Neuralink implant, illustrating the potential of brain-computer interfaces in aiding speech impairments.

Breakthrough brain-computer tech could cut long-term care costs, unlock new income potential, and reshape how we financially ...

Researchers have developed a new suite of genetic tools for cell-type specific targeting to battle brain disease.

Scientists say they've put together a molecular toolkit that could be used to treat a variety of brain diseases, possibly ...

Apple is reportedly working with a startup that leverages brain electrodes to allow disabled users to control a device using ...

Apple is making strides towards a future where people control their iPhones with thoughts, using brain implants, according to a report in a leading American daily. This is similar to the vision of ...

Potential best-in-class extrahepatic in vivo gene editing with all-in-one delivery to the central nervous system (CNS) is a critical milestone for the treatment of neurological disorders - - ...

Apple is embracing the world of brain computer interfaces, unveiling a new technology that one day could revolutionize how humans interact with their devices.The company is taking early steps to ...

Smith's synthetic voice was created by analyzing old recordings made before his illness, allowing him to regain a voice for his thoughts and communicate in a voice similar to his own.

lets him use brain signals to control the mouse on his MacBook Pro to edit the video, which he said is the first edited with Neuralink or a BCI. The implant, placed in his motor cortex, is roughly the ...

Brad Smith is the third person in the world to get a brain chip implant with Elon Musk's Neuralink, and the first nonverbal ALS patient to do so.

Brad Smith, who is the first person with ALS and third to receive a Neuralink brain implant, shared his experience with the technology on social media.