American AI companies 'distilled' millions of works from the original authors, they dont like it? Tough.

Lead, arsenic, hexavalent chromium, mercury all sorts of nasty stuff. A lot of Chinese stainless steel is just a bunch of scrap metal alloyed into something that looks right. You never know if you get 201 stainless or some amalgamation of debased material.

News at 11.

For generations the women in the family took care of the financials of the family. They kept budgets, wrote checks and balanced the books. Females are quite capable of doing math.

I think the problem is 1) families are going the way of the dodo. 2) virtue signaling is now included as a category to be balanced on the books for egurls, and that virtue signaling is disproportionally weighted against everything else. Gotta spend a lot on clothes and travel for your instas so you can pull a whale that doesn't exist and wouldn't want you even if he did.

Early access games getting faster after release is probably more a result of removing debugging from the build more than outright optimization.

So the cooling loop is a hermetically sealed ethylene glycol filled system. NOBODY but nobody cares about that; that is what people call a red herring at best and a diversion at worst. Every large building uses this type of system in some capacity.
What provides the cooling to the main loop? Is it provided by refrigeration, via water chillers? Then it uses gobs of power, which is a concern to other customers of the power supply. Is it provided by evaporative cooling towers? Then it uses gobs of water and a somewhat less power--which is a major concern in many of the areas they plan on installing these data centers. Is it a dry cooler--just a heat exchanger? The process temperature will be too high and it probably cannot operate in the desert where they plan on installing many of these colossal data centers.

So what is it? Or are they cooled by unicorn flatulence and billionaire's hearts?

It's just a reskinned VSCode, 99% of users probably dont even use Cursor's model.

V2G is user configurable until they push an OTA update and then it isn't. Maybe I'm just a pessimist, but I could see a scenario where GM, Tesla or whoever just up and decides to sell your battery capacity, or maybe they're forced by the government to do it.

In any event, I'd welcome being able to use my car as a giant battery bank to power *my* house / refrigerator / heater in the event of a prolonged power outage. Everyone else can suck it.

Depends on what you classify as traditional plants. Solar and wind, you'd have a point. However, coal and natural gas plants emit orders of magnitude more radioactivity directly into the environment in the form of naturally occurring radioactive materials (uranium, thorium, radon, traces of other elements) as a consequence of their normal operations. Fission plants basically only do that during catastrophic failure modes.

500 panels per 1000 m^2 is pretty achievable, accounting for whatever roof penetrations and facilities that need to be there. Some of those buildings are outright colossal. Plus, nobody is saying the data centers needs to be completely powered by solar.
Here's the thing: the lions share of power consumption on the grid traditionally comes from cooling. Most cooling needs, outside of the context of data centers, coincides with the sunniest, highest production times for solar panels. There is a great synergy to take advantage of here. It might be that a such a data center / solar farm farm actually produces net power for a portion of the day, covering for residential use or car charging etc. but is a net consumer off peak hours, when it's more efficient to use other means to supply power when most other consumers aren't using as much. Net effect is better grid utilization and reduced costs all around.

Like . . come on.

So that leaves only $100k to pay everybody who had to babysit it

*gestures wildly at the corn industry*

Like the US doesnt have heavily subsidized industries?