I don’t usually comment but I think this is pretty cool tech 
. Like, imagine being able to help people regain their voice if they've lost it due to some illness or injury... it's a game-changer. The fact that they're using 421 microwire electrodes to record individual neurons is wild too – it sounds like something out of a sci-fi movie 
. I'm also stoked to see companies pushing the boundaries like this, especially when you consider Neuralink is doing similar stuff but focusing on different tech 
. The idea that they've already had some promising results with their high-bandwidth technology is pretty inspiring – maybe we'll see someone being able to control a robot or something soon 
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. Like, imagine being able to help people regain their voice if they've lost it due to some illness or injury... it's a game-changer. The fact that they're using 421 microwire electrodes to record individual neurons is wild too – it sounds like something out of a sci-fi movie . I'm also stoked to see companies pushing the boundaries like this, especially when you consider Neuralink is doing similar stuff but focusing on different tech . The idea that they've already had some promising results with their high-bandwidth technology is pretty inspiring – maybe we'll see someone being able to control a robot or something soon .
. It's not like it's going to revolutionize the way we communicate or anything (oh wait, it kinda will). The fact that it only got approval for a two-person study is pretty meh - who are they gonna do this on first? And what about the risks? I'm sure there are tons of potential side effects from having electrodes in your brain... 421 microwire electrodes, anyone? 
. Still, I guess if it works, it could be a game-changer for people with severe motor impairments. But let's not get ahead of ourselves here, this is just the beginning (and probably gonna take years to perfect). And what about Neuralink, they're doing similar stuff and have been at it longer... can't we all just get along? 
. It's not just about reading thoughts, but actually decoding the signals from specific neurons in the brain that are associated with movement and speaking. This technology has the potential to revolutionize the way we treat patients with conditions like ALS or paralysis.
. It's also worth noting that this technology has been tested in a real-world setting, with a brief implantation during brain surgery without using it to restore speech.
. It shows that the technology is not only viable but also safe. The fact that industry colleagues are optimistic about Paradromics' progress is a testament to their hard work and dedication 
. Bring on the future of brain-computer interfaces! 
It's also interesting that they're focusing on high-bandwidth tech, which could make a huge difference in terms of data transfer rates... 200 bits-per-second is no joke! 
I mean thinkin we're gonna make some people talk again 
who's hurt by this tech? not me 
it's like science fiction come true 
and people are listenin 
200 bits-per-second that's some next level brain-talk