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vittorio
vittorio@IterIntellectus·
new brain-computer interface so small it slips between your hair follicles just solved the last barrier to neural control: movement 96.4% accuracy while running. this means AR glasses you control with thought, anywhere, anytime 1/
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vittorio
vittorio@IterIntellectus·
non-invasive brain-computer interfaces have a huge problem: motion artifacts corrupt signals during movement. wet electrodes need gel, dry ones require pressure, and both fail during activity. the result is that BCIs are basically useless in the real world 2/
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AJ Keller
AJ Keller@andrewjaykeller·
@IterIntellectus Where is the reference sensor? Could you DM me the paper if you have it?! Thanks!! 🙏 🧡
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BiohackerDAO | Official
BiohackerDAO | Official@bio_hacker_dao·
@IterIntellectus Now this is the exact future we should be focusing on, the fact that it's not invasive at all and still potent is absolutely fascinating
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DextersMom🇺🇸🌞🌴
DextersMom🇺🇸🌞🌴@Austinhouse58·
I know this isn't a popular opinion so please don't bother to chastise me. This will be used for nefarious purposes. And it will lead to more and more invasive tech. All the tech bros think this is so innovative, so cool. It's not. You're being seduced by the new shiny object. They will be able to control you. This is the first step.
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James
James@NC_State69420·
@IterIntellectus How are they even going to proctor exams in the future? Whenever I take one online it's pretty extensive monitoring. If you had a BCI embedded then how the heck are they going to know that?
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KTDS
KTDS@KTDS_Official·
@IterIntellectus The pace of sci-fi becoming reality is accelerating way too fast. The next generation will think of the early 2000s like it was a century ago. 🚀
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