March 21st 2024.
In recent news, we have witnessed a groundbreaking development in technology with Elon Musk's Neuralink brain chip implant. This revolutionary implant allows individuals to control a computer cursor and play video games simply by using their thoughts. The first person to use this incredible technology is Noland Arbaugh, a 29-year-old paraplegic. In a video posted to X, we can see Noland using his mind to play a game of chess, beaming with joy as he moves the mouse back and forth with ease.
Noland, who is confined to a wheelchair, shared his excitement, saying, "See that cursor on the screen? That's all me... it's all brainpower." He even compared the experience to using "The Force" in the Star Wars films. Noland is grateful to be a part of this groundbreaking development and is continuously learning new things every day. This is a major milestone, considering Noland's traumatic accident eight years ago that left him paralyzed from the shoulders down.
The potential impact of Musk's brain chip implant on the lives of disabled individuals is immense. Noland is the first human to be implanted with this chip, which Musk hopes will revolutionize care for the disabled. The Neuralink brain chip implant is a game-changer in the world of technology, and it is incredible to witness its capabilities.
For those curious about the physical appearance of the brain chip implant, Musk shared a photo of it a month ago. In a Spaces event on X, Musk announced that the chip had been successfully implanted in a person, who has since made a full recovery. He added that they are still learning about the neural effects of the implant. On Wednesday, he reposted a clip of Noland using "telepathy" to control a computer and play video games, and captioned it with, "Livestream of Neuralink demonstrating 'Telepathy' - controlling a computer and playing video games just by thinking."
So, how does this incredible technology work? The Neuralink brain chip implant involves a robot placing the implant in a specific region of the brain responsible for movement. This requires a surgical procedure where a small part of the skull is removed, and electrodes from the chip are connected to specific areas of the brain. The robot then stitches up any visible holes, leaving only a tiny incision as a scar.
With the successful implantation of the Neuralink brain chip and its impressive capabilities, the future of technology and its impact on the lives of individuals with disabilities is looking brighter than ever. Noland's experience is just the beginning, and we can't wait to see what this groundbreaking technology has in store for us.
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