The primary patient implanted with Neuralink's brain chip reportedly played video games and online chess together with his mind. It has been a month since news broke that the identical patient moved the pc mouse together with his thoughts.
Bloomberg reported on the twentieth (local time) that Elon Musk's Neuralink released a 9-minute video of a quadriplegic patient with a brain chip implanted in X (Twitter) playing video games and online chess together with his mind.
Within the video, patient Noland Abo uses his computer to play chess and the sport 'Civilization VI'. “I had given up on the sport,” he said. “The surgery was very easy. “And that surgery modified my life.”
Abo, 29, suffered a spinal cord injury that left him quadriplegic in a diving accident eight years ago. Last January, she was discharged from the hospital a day after undergoing the Neuralink procedure, and by February she had recovered enough to maneuver her mouse.
(Source=X, Neuralink)
Neuralink develops brain implant technology that implants an electronic chip into the brain and connects it to a pc. The implant allows patients to manage a pc using their thoughts.
Specifically, Neuralink devices contain more electrodes than other devices, and it’s evaluated that there could also be more potential applications in the long run. Moreover, communication between the brain and computer is feasible through Bluetooth, allowing external devices to operate without the necessity for a wired connection.
In an article posted on Blindsight refers to the power of a visually impaired person to accurately perceive light sources or visual stimuli.
Meanwhile, along with Neuralink, there are places which have produced results which are ahead of moving the mouse together with your thoughts.
In August of last 12 months, researchers at Stanford University and the University of California, San Francisco (UCSF) School of Medicine connected a sensor to the brain of a severely paralyzed patient, decoded brain waves, and output voice and text.
As well as, researchers on the Swiss Polytechnic of Lausanne (EPFL) developed a brain-computer interface (BCI) in May last 12 months that may restore nerve signal transmission between the brain and spinal cord, allowing a patient who lost the usage of his lower body as a consequence of a spinal cord injury in an accident to walk again. .
Reporter Park Chan cpark@aitimes.com
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