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.

That's my opinion too.

Unfortunately, after a certain amount of actual progress we are now regressing again.

Yeah, we have a long history of not practicing what we preach.

I didn't say I had a problem with it; I was just stating that it's very commonplace and it has nothing to do with 'renter's mentality' as it happened when purchasing a home (this is the 4th home I've purchased in my lifetime).

Remember when the USA took pride in being a melting pot?

A person with a 'management' title has no theoretical limit to the top end of their salary. Everyone else does.

I just bought a house in March. Any listing where the home was already vacated (95% in my case) the listing was AI-augmented with furniture that would not exist when I went to tour the home.

This has nothing to do w/renting; it's everywhere.

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

The first step to surviving somewhere else is locating a somewhere else that is better than trying to live on Earth after it has been hit by an asteroid. Unfortunately Mars fails this test. In fact we could get hit by an asteroid, have a nuclear war, have the worst possible global warming, and living would still be better on Earth than Mars.

I was playing on a 53K USR Courier at 185 ping and that was a bit laggy when compared to the LAN at college (even if it was 4xT1s for 25K students). I really want to know how the hell you were able to do anything useful at 500+ms.

... 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.

There are right-wing candidates in Japan, and they have been winning lately.

ICE actually has a ways to go. Some historical US deportations (and remember the population was smaller then):

1930s (Great Depression): A period of mass "repatriations" saw an estimated 1.8 million people of Mexican descent—including many U.S. citizens—rounded up and deported or pressured to leave voluntarily. These were often informal raids and not all were official deportations.

1954: Operation Wetback resulted in the expulsion of hundreds of thousands of individuals, though historians estimate the number was closer to 300,000.