Alex, who lost control of his limbs after a spinal cord injury, now uses the implant to play. Counter Strike 2 On the computer. Before the implant, he used an oral controller called a QuadStick, but he couldn't move and shoot at the same time.
Thanks to the Neuralink chip, he can now remotely control his laptop mouse to aim, while using the QuadStick to move, greatly improving the gaming experience.
The second transplant is going much better.
Unlike Noland Arbaugh, the first patient to receive a Neuralink brain chip, Alex’s chip remained fully connected to his brain. In its predecessor, 85 percent of the wired electrodes were moved, though the implant remained functional. Neuralink claims it reduced some mitigation measures to avoid this problem for Alex, and hasn’t seen any wire slack.
Away from gaming, Alex also uses the implant to develop 3D designs. In particular, he designed a bracket for his implant’s electrical charger, which was then 3D printed. Alex says he is satisfied that he can once again create tangible objects from his ideas, which gives him a sense of personal accomplishment.
Neuralink has big ambitions.
Neuralink continues to develop the controls in its technology, with the goal of providing full mouse and video game control functionality. This advance could open up new possibilities for people with paralysis or motor disorders.
Alex's recovery after the transplant has been described as: “liquid” By Neuralink, which is encouraging for the future of this technology. However, it is important to note that these results are still preliminary and more research and testing will be needed to confirm the effectiveness and safety of the brain implant in the long term, which is not the only one in this field.
