Doctors said that he would never work again, then the brain chip of Elon Musk changed everything

A groundbreaking moment in Neurotechnology Center stage is taken in life Nooland arbaghA 30 -year -old man from Arizona, America, who became the first to receive Brain chip implant From alone musk Neurlink,
The BBC reported that in 2016, after a diving accident, it was paralyzed under the shoulders, which was received in January 2024 and the results were already no less than extraordinary, the BBC reported.
Device, A Brain-computer interface (BCI), enables Arbagh to control a computer by using only its ideas. “You have no control, no privacy, and it is difficult,” he said, remembering your early struggles with paralysis. But after surgery, he could only move a computer cursor thinking about moving his fingers. The BBC said, “I did not know honestly what to expect, it seems so science-fi.”
Now, he can play video games and even defeat his friends in chess, an achievement that he never imagined after his injury. “Now I am beating my friends in sports, which should not be really possible, but it is”.
While the first BCI had never developed, the neurlink chip has attracted significant attention due to Musk’s involvement. Nevertheless, Arbagh insisted that science should be focused and not on celebrity. “If everything works, I can help being a participant of the neurlinks. If something happened, I knew that they would learn from it,” he said.
The chip works by detecting brain signals associated with movement and translating them into a digital command. It is part of an area that has developed over decades, but the entry of Musk has increased attention and investigation. Experts have included the process as “significant milestones”, although caution remains due to the aggressive nature of the chip.
There have been challenges. Arbag temporarily lost the control of the device when it was partially disconnected from her brain, causing significant crisis. The problem was later solved through software adjustment.
Conflict of privacy is also big. From Professor Anil Seth University of Sussex Warned that such technology “what we think, what we believe and what we feel,” can provide access to “, suggests that it can mark the end of personal privacy. But Arbow remains intent, one day expects the chip to control a wheelchair or even a robot.
Neurlink is not alone in this space. For example, the competitive synchron, using a low aggressive method by imposing its equipment through a blood vessel, uses a low aggressive method. A user, known only as a mark, can now detect the world using the chip in combination with the Vision Pro headset of Apple.
For Arbagh, who joined a six -year study for a neurlink device, the future is uncertain, but full of possibility. “We know very little about the brain and it is allowing us to learn so much,” he said.
Whether to restore movement, enabling communication, or even how humans interact with machines, the experience of arbagh can only represent the beginning of a revolution.