Serengeti park, yep.

Yeah, I was lucky by every definition… and have a “big cat” meme folder to reach into now.

I’m almost certain it’s a full belly, heh. It had just moved off a carcass, and seemed like one happy cat.

Thanks! Yeah I was extremely lucky in a million ways.

What about sub elements?

You have metal and earth, and then metalloids.

Elements with a lot of alpha or beta emissions are lighting.

They’re pretty bad outside of English-Chinese actually.

Voice-to-voice is all relatively new, and it sucks if it’s not all integrated (eg feeding a voice model plain text so it loses the original tone, emotion, cadence and such).

And… honestly, the only models I can think of that’d be good at this are Chinese. Or Japanese finetunes of Chinese models. Amazon certainly has some stupid policy where they aren’t allowed to use them (even with zero security risk since they’re open weights).

Hostly, even a dirt cheap language model (with sound input) would tell you it’s garbage. It could itemize problematic parts of the sub.

But they didn’t use that because this isn’t machine learning. Its Tech Bro AI.

All true, yep.

Still, the clocking advantage is there. Stuff like the N100 also optimizes for lower costs, which means higher clocks on smaller silicon. That’s even more dramatic for repurposed laptop hardware, which is much more heavily optimized for its idle state.

I am well into Avatar obsession. It’s lived rent free in my brain too long.

Watch it till you get bored. And do not, in any circumstances, watch the last season.

Isn’t that in the same universe as Eureka?

I am down for Eurekaverse.

First thing, Lemmy is in need of content and likes recruiting. Hence you got 315 replies, heh.

Basically, if you aren’t a bigot, you don’t have to worry about what you say. You can be politically incorrect in any direction and not get a global/shadowban from the Fediverse.

Each instance has its own flavor and etiquette.

They are human. There’s nothing wrong with acknowledging that, while also reiterating that they basically shouldn’t be in that state.

Also, I think it’s important to draw a line between the “rich” (well-off working professionals like researchers, doctors, small entrepreneurs), and people with more wealth than many sovereign nations put together.

This is interesting, because “add ads” usually means margins are slim, and the product is in a race to the bottom.

If ChatGPT was the transcendent, priceless, premium service they are hyping it as… why would it need ads?

Thanks! It was Tanzania.

Or snakes. Like, big snakes.

I swear, if a housecat sees a noodle, some “I’m born to paw this to death” switch goes off in their heads.

See: https://www.youtube.com/watch?v=3rH5GxeyusM

https://www.youtube.com/watch?v=SIcpg_pFbF8

Interestingly, big cats aren’t like that. They don’t like snakes, and I think they’re too big to dodge them.

literal tens of tons half-burnt uranium that takes way too long to decay to safe level.

I mean, breeder reactors? Also it’s still not that much, especially compared to the economics of everything else.

Anyway, what I didn’t realize was these are 14 MeV neutrons, unless they crack D-D fusion. That’s… very different. That’s more destructive, and harder to deal with, than fission neutrons.

…To expand on this, I’m somewhat skeptical of all nuclear now. It’s fine, it works great, fusion is a noble pursuit. But it just takes too long to set up to stave off carbon emissions.

SLIGHT NSFW WARNING

This year, I had the privilege of seeing such friendliness in person:

Shot on an ooold camera that still works.

I just realized…

I don’t like fusion.

They say it’s clean, but 14.1 MeV neutrons are no joke.

https://en.wikipedia.org/wiki/Neutron_temperature#Fast

14.1 MeV neutrons have about 10 times as much energy as fission neutrons, and they are very effective at fissioning even non-fissile heavy nuclei. These high-energy fissions also produce more neutrons on average than fissions by lower-energy neutrons. D–T fusion neutron sources, such as proposed tokamak power reactors, are therefore useful for transmutation of transuranic waste. 14.1 MeV neutrons can also produce neutrons by knocking them loose from nuclei.

On the other hand, these very high-energy neutrons are less likely to simply be captured without causing fission or spallation. For these reasons, nuclear weapon design extensively uses D–T fusion 14.1 MeV neutrons to cause more fission. Fusion neutrons are able to cause fission in ordinarily non-fissile materials, such as depleted uranium (uranium-238), and these materials have been used in the jackets of thermonuclear weapons. Fusion neutrons also can cause fission in substances that are unsuitable or difficult to make into primary fission bombs, such as reactor grade plutonium. This physical fact thus causes ordinary non-weapons grade materials to become of concern in certain nuclear proliferation discussions and treaties.

How are reaction chambers supposed to deal with that? It’s not very sustainable if the whole assembly breaks down and turns radioactive over time.

I mean, not necessarily.

They could use a magnetohydrodynamic generator to siphon off some of the helium, though TBH it’s better suited for fission:

https://en.wikipedia.org/wiki/Magnetohydrodynamic_generator

Smoking a cigarette, lol.

It’s Cyberpunk 2077 + jpeg compression.

Is this supposed to be a neurodivergence meme?

…It kinda is to me.