Plus, it makes natural moat against masses of normal (i.e. poor) people, because requires a spaceship to run. Finally intelligence can also be controlled by capital the way it was meant to, joining information, creativity, means of production, communication and such things
I'd put intelligence in quotes there, but it doesn't detract from the point.
It is astounding to me how willfully ignorant people are being about the massive aggregation of power that's going on here. In retrospect, I don't think they're ignorant, they just haven't had to think about it much in the past. But this is a real problem with very real consequences. Sovereignty must be occasionally be asserted, or someone will infringe upon it.
That's exactly what's happening here.
The current generation of AI is an opportunity for quick gains that go beyond just a few months longer lifespan or a 2% higher average grade. It is an unrealised and maybe unrealistic opportunity, but it's not just greed and lust for power that pushes people to invest, it's hope that this time the next big thing will make a real difference. It's not the same as investing more in schools because it's far less certain but also has a far higher alleged upside.
"Marginal cost barrier" hit, then?
I don't think there's a way to solve the issue of: one-shotted apps will increasingly look more convincing, in the same way that the image generation looks more convincing. But when you peel back the curtain, that output isn't quite correct enough to deploy to production. You could try brute-force vibe iterating until it's exactly what you wanted, but that rarely works for anything that isn't a CRUD app.
Ask any of the image generators to build you a sprite sheet for a 2d character with multiple animation frames. I have never gotten one to do this successfully in one prompt. Sometimes the background will be the checkerboard png transparency layer. Except, the checkers aren't all one color (#000000, #ffffff), instead it's a million variations of off-white and off-black. The legs in walking frames are almost never correct, etc.
And even if they get close - as soon as you try to iterate on the first output, you enter a game of whack-a-mole. Okay we fixed the background but now the legs don't look right, let's fix those. Okay great legs are fixed but now the faces are different in every frame let's fix those. Oh no fixing the faces broke the legs again, Etc.
We are in a weird place where companies are shedding the engineers that know how to use these things. And some of those engineers will become solo-devs. As a solo-dev, funds won't be infinite. So it doesn't seem likely that they can jack up the prices on the consumer plans. But if companies keep firing developers, then who will actually steer the agents on the enterprise plans?
US$700 billion could build a lot of infrastructure, housing, or manufacturing capacity.
Its not due to a lack of money that housing in SF is extremely expensive.
Whereas $700 billion in AI might actually do that.
[0]https://www.cancer.org/research/acs-research-news/people-are...
Because we're not good at curing cancers, we're just good at making people survive better for longer until the cancer gets them. 5 year survival is a lousy metric but it's the best we can manage and measure.
I'm perfectly happy investing roughly 98% of my savings into the thing that has a solid shot at curing cancers, autoimmune and neurodegenerative diseases. I don't understand why all billionaires aren't doing this.
But realistically: perhaps by noticing patterns we’ve failed to notice and by generating likely molecules or pathways to treatment that we hadn’t explored.
We don’t really know what causes most diseases anyway. Why does the Shingles vaccine seem to defend against dementia? Why does picking your nose a lot seem to increase risk of Alzheimer’s?
That’s the point of building something smarter than us: it can get to places we can’t get on our own, at least much faster than we could without it.
But people accept the status quo and are afraid to take a moment’s look into the face of their own impending injury, senescence and death: that’s how our brains are wired to survive and it used to make sense evolutionarily until about 5 minutes ago.
...Meanwhile, we are developing techniques to yes, cure some kinds of cancer, as in every time they check back it's completely gone, without harming healthy tissue.
We are developing "anti-vaccines" for autoimmune diseases, that can teach our bodies to stop attacking themselves.
We are learning where some of the origins of the neurodegenerative diseases are, in ways that makes treating them much more feasible.
So you're 100% wrong about the things we can't do, and your confidence in what "AI" can do is ludicrously unfounded.
I’m not claiming we haven’t made a dent. I’m claiming I’m in roughly as much danger from these things right now as any human ever has been: middling results.
If we can speed up the cures by even 1%, that’s cumulatively billions of hours of human life saved by the time we’re done.
And that hypothetical "billions of hours of human life saved" has to be measured against the actual damage being done right now.
Real damage to economy, environment, politics, social cohesion, and people's lives now
vs
Maybe, someday, we improve the speed of finding cures for diseases? In an unknown way, at an unknown time, for an unknown cost, and by an unknown amount.
Who knows, maybe they'll give everyone a pony while they're at it! It seems just as likely as what you're proposing.
I can’t speak to the economy as a whole, but the tech economy has a long history of bubbles and scams. Some huge successes, too—but gets it wrong more often than it gets it right.