Whatever e-reader you get make sure it’s one that you can jailbreak to install koreader, beyond that it’s just personal preferences. Do you want hardware buttons or a touchscreen? Are you happy with a lower resolution? Do you need integrated light for the display?

Yes, it’s basically just a USB drive, no special software required.

This is about the Kindle Store. Calibre will continue to work, it just copies files via USB, you don’t even need Calibre for that.

Considering that they use DC internally Tesla was never a good name.

Which desktop environments are you using on those systems?

Minimal effort installation doesn’t increase hardware requirements. The problem is bad desktop software and websites, you get the same problem with Gentoo.

Not new, the Apple Silicon Developer Transition Kit had an A12. And of course the M-series is based on the A-series, so in a way they’ve always been iPhone/iPad chips.

Yeah. The real problem with AI generated code in open source projects is people flooding projects with slop merge requests.

There haven’t been any executions in South Korea since 1997, though there are still people on death row. Ultimately life in prison or never executed death penalty is almost the same.

I think that’s more because they work themselves to death, not because they’re not allowed to pirate manhwa.

You cant fence ideas.

Yeah, you can’t fence ideas using copyright, that’s what patents are for.

It’s not necessarily about transistors/mm^2, there is also power consumption and clock frequency. Back in the mid-2000’s clock frequencies stopped just under 4GHz and then went down for a few years before going back up to way past 4GHz in the last ten years or so.

GlobalFoundries is still in Dresden, but the smallest process they have there is 12nm. They’re just not at the forefront anymore and focus on other market segments.

TSMC is building in Europe too, specifically in Dresden, Germany, but it’s afaik a 20nm fab mostly for automotive chips.

If I’m not entirely mistaken there is still some basis to the nanometre number, it just doesn’t refer to the actual smallest feature size or gate pitch anymore. Basically in the mid-2000 Dennard scaling stopped working and ever since the nanometre numbers are “made up”. Dennard scaling was how most progress was made by just shrinking transistors. But that doesn’t mean just because Dennard scaling doesn’t work anymore there is no progress, it’s just harder to achieve. So the semiconductor manufacturers just continued naming their fabrication methods as if Dennard scaling still worked. So basically a modern “3nm” process is equivalent in some way to what would theoretically be possible if you had an actual 3nm process.

Maybe someone like should check if this is true. Anatoli Bugorski I am looking at you.

Every once in a while he blackmails the Tesla board into giving him a shit ton of money. Besides that he doesn’t have much, his wealth is in stocks, mostly Tesla, because his other companies aren’t publicly traded. What rich people do to actually get money is they get a loan backed by their stocks, and then never really paying it back. Tesla is extremely overvalued, but because of that he can just borrow as much money as he wants.

There are people living outside the USA?

Are AI PCs the ones with insufficient RAM because the AI companies bought all the future production?

I think ESA had an idea about deorbiting space debris using lasers.