I haven't been paying attention, but what would that let me do?
The tweet that follows:
Nafnlaus on Twitter
Basically, your phone and computer's senses, data, computation power, and net connectivity become your own. If some digital device senses something, you can control it just as easily as you control your hands - and get feedback from it just like your senses. E.g.: Type or chat online just by thinking the conversation. Feel magnetic fields and GPS from your phone's sensors. Do realtime data lookups, like seeing a plane, crossreferencing with Flightradar24 data and your own GPS sense and knowing what its callsign is, where it came from and where it's headed, etc. Knowing what's around the corner in a city you've never been to before because you can see the satellite image in your head. Flying a drone with your mind and seeing through its cameras as if they were your eyes. Etc. Virtually limitless.
The greater the degree of integration in the BMI, the easier you can do complex tasks. For example, it would only take a low degree of integration to be able to look up words in a foreign language dictionary, but with a high degree of integration (allowing for near-instantaneous fetching and processing of vocabulary and grammatic rules) you could fluently speak languages that you don't even know. The BMIs can be expected to start out rather basic, and increase in complexity and integration with each successive version.
Up until now, the state of the art has been things like monkeys moving robotic arms with their mind, and lock-in patients moving and clicking a virtual cursor. But Neuralink is working to increase the bandwidth by many orders of magnitude over that, including bidirectional communications.
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