Of course. That's why it's called KDE Plasma and not KDE Liquid or KDE Gaseous
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Trying to mine some Ethereum and accidentally ending up with with a shit-ton of hydrogen burning into helium
So it runs on Java? π€
At least swap usage is low.
Okay hear me out, we got nuclear fusion, now place some water in a massive tub on top of the pc.
Create steam
Spin turbines
Generate electricity
Send to another server
Infinate power
Ackshually this is well within the range of a Class F star, unlike our class G sun which is a bit cooler. This is getting cloe to the temperature of Procyon A which is noticeably whiter than the sun.
I have the opposite problem.

Maybe your server could help cool off theirs.
Take both of them and slap a sterling engine between them. Unless both servers combined are eating thousands of watts an hour you could end up net energy positive.... Or you know perpetual energy.
So I was curious and looked it up because I would have assumed that stars/suns are much hotter than that.
Turns out the coldest star is 97Β°C at its surface. So I guess CPUs regularly reach (coldest) star temperature?
I guess technically. This makes me wonder what actually qualify as stars. Do neutron stars? Do black holes?
UPDATE: By the definitions on wikipedia, miriam-webster dictionary and britanica, a brown dwarf this cold may not actually qualify to be a star. I will search further for astronomical definition.
Brown dwarfs are classified as substellar objects because they can't fuse hydrogen into helium and don't undergo the same lifecycle as stars. White dwarfs aren't stars either, they are stellar remnants that don't have enough mass to keep fusing heavier elements, usually stopping at carbon and oxygen.
I'm more triggered by the missing degree symbol Β° before C
I've got a Dell R730, this is standard operating temperatures.
The steel of the case melted long ago... I guess the carpet is ruined.
It's because you have swap enabled and the server would rather just die in a fire.





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