Starting Elon Musk start Neuralink succeeded in planting the computer interface in the brain to a man named Brad Smith, who has als and is completely and completely verbal, allowing him to communicate now using risk.
Smith He released a video on X about his experience with Neuralink and how it works. The video is listed using a replica of AI of the Smith reproduced sound of previous recordings, and Smith BCI is used to control the mouse on his MacBook Pro to perform the narration.
Smith can move anything but his eyes and depends on the artificial respirator to survive. Before Neuralink, use the eye control computer to contact, but Neuralink allows it to communicate more.
In the video on X, Smith highlights its current capabilities using the risk.
“I have spent the past few years with ideas and ideas that I cannot share because it takes a lot of time to write it,” Smith said in the video. “I can actually communicate faster and more ways than I can before, and we are still working on ways to get faster.”
The biggest direction
The computer’s computer interface in Neuralink includes a small invisible transplant in the person’s brain region planning. The N1 transplant is designed to explain the nervous activity to help it operate a computer or smartphone by simply navigating.
The company announced in early 2024 that the 29 -year -old Noland Arbau has become the first person to get one of the BCI cultivation in Neuralink through Study the main company. The planting process resulted in the ARBAGH ability to play chess and hands -free video games.
In August, the second person, Alex, who was injured similar to Arabo, was the second participant in the trial who gets the transplant. “With the link, [Alex] He improved his ability to play video games and began to learn how to use the computer design program (CAD) to design 3D objects. ”
In November, Neuralink She announced that she had obtained approval from the health Canada to conduct a clinical experience on N1 Brain Gurnant and R1 Robot.
A study of the “Canadian computer interface in the Canadian microbial brain” will be conducted by the Cannota of the University Health Network Hospital (UHN) at the Western Toronto Hospital.
The Can-PRIME will evaluate the safety of N1 Agriculture and Robot R1, which is used to place each of the 64 topics of N1 transplant in the patient’s brain.
In the same month, the company announced X that it had obtained approval Launch a feasibility study, a caravan, which will test the wireless BCI, or transplant N1, to control a survey auxiliary robotic arm.
Neuralink also offers a trial transplant, which he received, which he received FDA The device penetration in September. The device cultivates the exact electrical pieces in the optical crust of the person’s mind. Then the zipper activates nerve cells, providing the individual a visual image.