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on what Neuralink, his company that has raised $158 million to develop ultra high bandwidth brain-machine interfaces to connect humans and computers, has been up to since its launch in 2017. In the livestreamed announcement, Musk expressed his long-held concern that humans would be left behind by developments in artificial intelligence, but said with the development of a true brain-computer interface, humanity could come along for the ride. He described the principal barrier preventing this as an information precision and bandwidth issue, with existing technology that interfaces with the brain limited in both. To that end, Neuralink says it has developed a new way of embedding electrodes in the brain using tiny insulated threads that resemble a string of pearls and connect to a ch [url=https://www.cup-stanley.de]stanley becher[/url] ip embedded in the skull. Those threads are designed to be both sturdy enough to pass through brain tissue and withstand degradation, according to the company, while also being flexible enough to not damage tissue when the brain shifts in the skull. That could and its a big could be a significant advance over current methods that use needle-like electrodes that can be risky to insert or offer degrading performance over time. Per the Verge, [url=https://www.cup-stanley-cup.ca]stanley canada[/url] Neuralink said that the threads are extremely thin 4 to 6 渭m, smaller in di [url=https://www.stanley-cup.co.nz]stanley cup[/url] ameter than a human hair . The abstract of a white paper credited to Elon Musk 038; Neuralink hich has not yet been peer reviewedays that the system could support as