They will supply each satellite with an ice pack to dump waste heat into. SpaceX will launch regular resupply missions with fresh ice, as necessary.

OTOH the nice thing about software is that it's easy to update, so anyone is free to replace their slow/inefficient software with a faster/efficient version as soon as they obtain it, at which point their fast hardware should run the efficient software very quickly. Nothing (except possibly bad management decisions?) is preventing anyone from creating efficient software, either.

Defies the thermal limits, probably.

Was there ever a ban, or just tarrifs high enough to price Chinese vehicles out of the market? Since Waymo isn't selling vehicles, perhaps that isn't an obstacle for them.

Maybe they were; at this point they seem to be reduced to trying to invent a more compelling form of interactive pornography that they can sell subscriptions to. Color me underwhelmed.

Perhaps it was referring to golems? That idea dates back to 400-500 BC, although really they behave more like traditional computer programs than anything we'd currently consider intelligent.

I don't need an AI to write my code, since I can write code myself. That said, it could be nice to have an AI inspect my code and point out anything it suspects might be a bug... there are already lots of static analysis tools that do this sort of thing and they are great, but I think AI might be able to find different classes of bug that are beyond the capabilities of static analysis.

Going a bit further, what would be even more useful is an AI that can run my program and exercise its GUI (or fuzz its inputs) and monitor the resulting behavior the way a human would, to look for faults during execution. Human-driven SQA is always a lot of tedious work, and a production bottleneck.

If you want to know when the AI bubble has burst, watch for Facebook to announce that it's changing its name to "AGI LLM" or something. That's the official signal.

... then literally constructing a false God for Christians to worship is as good an approach as any.

In a fission nuclear plant, nuclear fuel is used to generate heat to boil water to run a steam turbine.

That's all well and good, but there's no reason the heat has to come from nuclear fission; any similarly reliable heat-source would do just as well. Perhaps there are cheaper and safer ways to obtain the required heat? You can do a whole lot of drilling with $80,000,000,000 dollars, especially since without any radioactive material to worry about, you don't have to spend all that money on security, failsafe backup systems, and long-term waste disposal anymore.

The issue is not that the climate has changed - it has, and it will continue to do so - but what we're going to do about it. No matter what the crisis, the solution always seems to be greater government control. Usually at the cost of our way of life.

What part of NO do you not understand?

...laura

My employers recently signed up for a ChatGPT account and I've been seeing how it can help me.

I remain responsible for the big picture, for actually making apps that work on iOS and Android. I've found ChatGPT helpful for refining details. It saves sifting through years worth of Stack Overflow postings. It's a handy tool, but it won't replace me any time soon.

If you say "Chat GPT" in French it sounds like "chat j'ai pété" ("cat I farted"). I guess I need to get out more...

...laura

The only people willing to read through 1990's-era source code these days are the hackers :)

... when the AI bubble bursts and 90% of the AI data centers go dark. The AI that remains will be the AI that is doing something useful enough to be worth the electricity it sucks down.

What the world would really like is something that performs like nuclear fission (lots of 24/7 reliable baseload power, deployable anywhere) but without the big upfront expense or the catastrophic risks (pollution, storage, proliferation) to manage.

Is there such a thing? Could there be? Nuclear fusion might be one answer, and they've made good progress, but it's still a bit iffy and even in the best-case scenario it won't be applied at scale for some years yet. Geothermal is seeing some interesting developments that might allow it to be deployed more broadly, so that's what I'm currently geeked over. Short of that, there's always good old-fashioned renewables+lots of storage, which can be made to work, but requires a lot of infrastructure.