Maybe someday you'll remember seeing this here for the first time...
He's not pitching a product... He's recruiting. That's one of the first things he says when he started talking.cool, but all the stammering and stuttering from the guy who wants to implant something in my brain, doesn't fill me with confidence. Ol' Musky needs to hire a spokesperson to present his products. At the very least, hire someone with a background in neuroscience to give the pitch. Your stock price would go up faster that way.
It's a demo. I don't get this guy. He's terrified what AI will become in the future, giving warning speeches to whoever will listen, then wants to implant a link for AI in the brain. The motives here may be altruistic, but damn this is dangerous. the avenues for exploitation are endless.He's not pitching a product... He's recruiting. That's one of the first things he says when he started talking.
It's a demo. I don't get this guy. He's terrified what AI will become in the future, giving warning speeches to whoever will listen, then wants to implant a link for AI in the brain. The motives here may be altruistic, but damn this is dangerous. the avenues for exploitation are endless.
He's terrified what AI will become in the future, giving warning speeches to whoever will listen, then wants to implant a link for AI in the brain
I was about to reply a much abbreviated version of this and then saw you posted my thoughts and then some. I’ve been following this since Elon first mentioned it, looking to build a team, and to me, the scariest part is ”bidirectional”.He very specifically spoke about this, several times. In the long run, there are two ways for us to go:
- Get replaced by AI entirely
- Figure out how to use it such that it helps us, rather than replaces us, as a crutch if you will, blending the best of mankind and machine-kind
Neuralink starts at 1024 electrodes, implants non-destructively and without bleeding, is bidirectional, and wireless, and its electronics are designed and built by some of the best people in the world. And that's just the start. This is going to do more for neuroscience in a year than academia has done in the last 20 years.
Don't get me wrong , this is incredible. From a medical standpoint, the amount of people this could help is amazing. But, when this becomes consumer grade, well then , let the shitstorm of all shitstorms begin. The divide between have and have not will become a chasm. Then there is the possibility of brain hack. We can't keep our banking, corporate systems safe, how are we going to secure a neural network? If there is one thing we humans excel at, it is finding cracks in the system for abuse or profit.He very specifically spoke about this, several times. In the long run, there are two ways for us to go:
We currently can't effectively do #2 because we are severely bandiwdth-constrained. The purpose of Neuralink is to remove that constraint and enable symbiosis, rather than replacement.
- Get replaced by AI entirely
- Figure out how to use it such that it helps us, rather than replaces us, as a crutch if you will, blending the best of mankind and machine-kind
The idea of Neuralink, BTW, comes from the epic sci-fi novels of Iain M Banks, the "Culture" series. There it's called the "neural lace", but the idea is the same - a direct, non-destructive interface into the brain. The weird landing barge names come from the same books as well.
I do recommend the series BTW. IMO it's some of the best sci-fi ever written. It describes a post-scarcity society where quadrillions of people populate galaxies, where spaceships are tens of kilometers in length and have AI "minds" of their own and fly at FTL speeds, and just about every gadget has intellect exceeding that of a human. This civilisation is called the "Culture", and there are other factions, with which The Culture interacts.
As far as Neuralink, even if none of this works as intended, this is still absolutely huge for neuroscience and understanding of the brain, and they will be able to repurpose that surgical robot. Thus far, we've only been able to implant a handful of electrodes into the brain, and do so very much destructively, with bleeding, rejection etc. Then these electrodes would be connected to a wire harness (yes, protruding from the skull) and to amplifiers designed by (shudder) scientists who would then attempt to decode the signals. The only non-destructive option, fMRI, was very coarse, and non-realtime. You'd basically be able to see entire regions of the brain light up. That gives you basically no practically (as opposed to academically) useful information. The whole line of research that currently exists, is of very limited use, demonstrated by a simple thought experiment: you would not be able to figure out how a much simpler system, like a computer CPU, works by using the current neuroscience techniques no matter what you did. And the brain is way more complicated than that.
Neuralink starts at 1024 electrodes, implants non-destructively and without bleeding, is bidirectional, and wireless, and its electronics are designed and built by some of the best people in the world. And that's just the start. This is going to do more for neuroscience in a year than academia has done in the last 20 years.