While I agree with Maciej's central point, I think the inside arguments he presents are pretty weak. I think that AI risk is not a pressing concern even if you grant the AI risk crowd's assumptions. Elided from https://alexcbecker.net/blog.html#against-ai-risk : The real AI risk isn't an all-powerful savant which misinterprets a command to "make everyone on Earth happy" and destroys the Earth. It's a military AI that…
>We already have nuclear weapons, which like almost everything else are always getting cheaper to produce. And in an almost miraculous result, we've managed not to annihilate each other with them so far. > Income inequality is already rising at a breathtaking pace. In the US, yes, but inequality is lessening globally. > The internet has given birth to history's most powerful surveillance system and tools of propagand…
Superintelligence: The Idea That Eats Smart People
191–200 of 607 posts
Re: Superintelligence: The Idea That Eats Smart People
#192In 1945, as American physicists were preparing to test the atomic bomb, it occurred to someone to ask if such a test could set the atmosphere on fire...Los Alamos physicists performed the analysis and decided there was a satisfactory margin of safety. Exactly how big was this margin? Please someone tell me this was quite a large margin!
I was really surprised when I read the quote, they were worried about a runaway fusion reaction! I had heard this story before but always thought they were worried about "burning" nitrogen in the chemical sense, ie. creating nitrogen oxides. It seems doubly ridiculous to worry about fusion when we can't even get a fusion reactor to work.
Re: Superintelligence: The Idea That Eats Smart People
#193Earlier quoted context omitted.
If I remember right, something like a safety factor of 30. So not really as big as people would like! More detail in this great summary: http://large.stanford.edu/courses/2015/ph241/chung1/ And the Los Alamos paper is really good reading: http://www.sciencemadness.org/lanl1_a/lib-www/la-pubs/003290...
The summary talks about a safety factor of 1000 on an extremely unreasonable scenario of 1MeV of average temperature, falling down to 10 in an incredibly more unreasonable scenario of 10MeV temperature. I don't know the actual probabilities, but I do really expect a few atoms to get over 1MeV inside a fission bomb (as the reaction emits ~5MeV of energy). But they will almost certainly not hit each other. I also don't…
Re: Superintelligence: The Idea That Eats Smart People
#194"The second premise is that the brain is an ordinary configuration of matter, albeit an extraordinarily complicated one. If we knew enough, and had the technology, we could exactly copy its structure and emulate its behavior with electronic components, just like we can simulate very basic neural anatomy today." We could have a computer program that perfectly simulates the brain, but has some nasty O(2^N) complexity a…
I don't buy the AI quasi-religious stuff. But your argument here is flawed. If protein folding can do the process in constant time, we may be able to find another process (but electronic rather than wet chem) that can also do it in constant time.
Re: Superintelligence: The Idea That Eats Smart People
#195"The second premise is that the brain is an ordinary configuration of matter, albeit an extraordinarily complicated one. If we knew enough, and had the technology, we could exactly copy its structure and emulate its behavior with electronic components, just like we can simulate very basic neural anatomy today." We could have a computer program that perfectly simulates the brain, but has some nasty O(2^N) complexity a…
I don't buy the AI quasi-religious stuff. But your argument here is flawed. If protein folding can do the process in constant time, we may be able to find another process (but electronic rather than wet chem) that can also do it in constant time.
Re: Superintelligence: The Idea That Eats Smart People
#196In 1945, as American physicists were preparing to test the atomic bomb, it occurred to someone to ask if such a test could set the atmosphere on fire...Los Alamos physicists performed the analysis and decided there was a satisfactory margin of safety. Exactly how big was this margin? Please someone tell me this was quite a large margin!
I was really surprised when I read the quote, they were worried about a runaway fusion reaction! I had heard this story before but always thought they were worried about "burning" nitrogen in the chemical sense, ie. creating nitrogen oxides. It seems doubly ridiculous to worry about fusion when we can't even get a fusion reactor to work.
Re: Superintelligence: The Idea That Eats Smart People
#197While I agree with Maciej's central point, I think the inside arguments he presents are pretty weak. I think that AI risk is not a pressing concern even if you grant the AI risk crowd's assumptions. Elided from https://alexcbecker.net/blog.html#against-ai-risk : The real AI risk isn't an all-powerful savant which misinterprets a command to "make everyone on Earth happy" and destroys the Earth. It's a military AI that…
Exactly. The "Terminator" scenario of a rogue malfunctioning AI is a silly distraction from the real AI threat, which is military AIs that don't malfunction. They will give their human masters practically unlimited power over everyone else. And AI is not the only technology with the potential to worsen inequality in the world.
Re: Superintelligence: The Idea That Eats Smart People
#198Earlier quoted context omitted.
Certainly the assumption that every intelligent agent will want to recursively self-improve is unwarranted. But it only takes one intelligent agent that wants to self-improve for the scary thing to happen.
> But it only takes one intelligent agent that wants to self-improve for the scary thing to happen. Only if all sorts of other conditions (several of which are mentioned in the post) also apply. Merely "wanting to self-improve" is not enough.
Re: Superintelligence: The Idea That Eats Smart People
#199Earlier quoted context omitted.
I was really surprised when I read the quote, they were worried about a runaway fusion reaction! I had heard this story before but always thought they were worried about "burning" nitrogen in the chemical sense, ie. creating nitrogen oxides. It seems doubly ridiculous to worry about fusion when we can't even get a fusion reactor to work.
We can get fusion to work in H-bombs so it might not be that silly.
Re: Superintelligence: The Idea That Eats Smart People
#200Let the thoughts flow as far as you'd like, but come back to reality once in a while. After all, your ideas are conditional to your body.