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InitialsDiceBearhttps://github.com/dicebear/dicebearhttps://creativecommons.org/publicdomain/zero/1.0/„Initials” (https://github.com/dicebear/dicebear) by „DiceBear”, licensed under „CC0 1.0” (https://creativecommons.org/publicdomain/zero/1.0/)EP
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5 yr. ago

  • As a software engineer, I'd say statistics is more useful for journalism. If in doubt, you could be analysing papers about entirely different fields, like physics or biology or whatever. Those also deal with statistics.

    But I also just feel like there's not terribly much journalism to be done surrounding computer science. There's the bog standard news cycle of tool XYZ had a new release, but beyond that, it's more a field where techies try out or build things and then they tell each other about it.
    I guess, you could also consider some of the jobs adjacent to computer science / software engineering, like technical writer or requirements engineer or project/product owner. In some sense, the latter two involve interviewing customers and their domain experts to figure out what's actually needed.
    Having said that, to my knowledge you typically get into these roles by being a software engineer and then just taking on those tasks regularly enough until someone notices...

  • As a kid, I got told that's pyrite, but I'm not sure how correct that is. Most images show the crystalline structure rather than brittle stone, but I was able to find this picture on Wikpedia:

  • It's a programming language, which is particularly relevant for Linux, because it doesn't require a runtime (separate program that runs the code). This allows it to be used in the kernel.

    But it also means that it's very good for building libraries. With a small bit of extra work, virtually any other programming language can call libraries implemented in Rust (like you can with libraries implemented in C).
    Add to that, that Rust allows for performance similar to C and makes lots of typical C bugs impossible, and suddenly you've got folks rewriting all kinds of C libraries and applications in Rust, which is something you might have also heard about.

  • Since no one else responded so far, the last thing I remember about it is that it got overrun by conspiracy nuts. Don't know, if that's still the case or if it was just a local thing, but yeah.

  • Yeah, as I understand, in the terms of language design theory, it is technically still "manual memory management". But since you don't end up writing malloc() and free(), many refer to it as "semi-automatic" instead, which certainly feels more accurate.

  • I can buy these vegan yoghurts here in the shop, which look basically the same. It's not completely stupid, since the plastic inside is genuinely quite flimsy compared to what it's normally like, but every time it has me thinking, they could be selling these in reusable glass jars instead.

    Like, that's not even a new concept. There is a non-vegan yoghurt brand that's being sold like that. But that's probably precisely why they don't do. You can't sell it as some revolutionary green thing, if it's always been done like that.

  • The thing is, everyone would agree that it's a strength, if the Debian-specific format was provided in addition to a format which runs on all Linux distros. When I'm not on Debian, I just don't get anything out of that...

  • Ja, ich denk's mir auch. Warum muss jetzt hier irgend so ein Sonderprogramm her, was alles mögliche an Bürokratie und unvorhergesehener Nebeneffekte mit sich zieht, anstatt dass man mehr Steuern erhebt und Leute einstellt/ausbildet, die die Themen dann Vollzeit angehen? Wenn's nicht durch unzureichendes Entgelt "finanziert" wird, sehe ich keinen Grund warum man das machen will.

  • Right, so you might want ask about this on !askscience@lemmy.world or such, as science-y folks tend to not be comfortable with what I'm about to say, but to the best of my knowledge, that's all just complete horseshit. Like, no, your understanding of the photograph is not somehow incorrect. It's just two halves of a photograph and because you know the first half, you know what's on the second half. The second half does not get changed by you looking at the first half. Nor does the entangled quantum get changed by you looking at the first quantum.

    I think, a big part of this mass confusion is that at the size that quanta have, looking at them does actually change/move the quantum that you look at (not a potentially entangled one). This is not for crazy reasons, but because looking at them requires light, which is the equivalent of blasting them with photons, and photons are themselves quanta.
    It's like if you had a dark room with a ball in it and you can only throw other balls into there to try to figure out where the first ball is. You need to hit the first ball, in order to have a chance of working out where it might be based on the angle that your thrown ball returns at. If you do hit the first ball, it will move. So, you only really know where it was at the time of impact. Quanta are not balls, but they do still interfere with each other when they get close to each other.

    Entanglement in this analogy is that you've spun up two balls next to each other like cogwheels, so you know them to have the opposite (and equally strong) spin. Then you've released those into the dark room and start throwing other balls at them to try to work out their spin. If you hit one of the spinning balls, your thrown ball will come back out with a spin opposite to that and the spin of the ball that was hit will have reduced. In this moment, you know that the other spinning ball also has an opposite spin, because you originally spun the two balls like cogwheels. The other ball does not get changed by you measuring the first, but there's no way for you to know, because you have to measure it to find out, which means also throwing a ball at it and therefore changing it, too.

    As far as I can tell, this is the other big part of where the confusion comes from. Because measuring necessarily also involves changing the thing and because it's actually impossible to disprove that the entangled quantum didn't get changed by us measuring the first, you get folks that follow a school of thought of things being non-deterministic. Of things only being set in stone once you measure them. There's lots of vested interest in things being non-deterministic for religious or moral reasons and there is no way to disprove it at the quantum level. These folks then propagate concepts like superposition and that when you open the box, you're the one that forces the cat to be killed. (Schrödinger was not one of them, by the way. The cat analogy was a critique of superposition as an idea.)

    To my knowledge, there's no evidence for non-determinism (folks will sometimes argue with quantum fluctuation showing it, but it doesn't happen in complete isolation, so that disqualifies it in my opinion) and given that the rest of our reality seems to be perfectly deterministic, I think we should assume the quantum stuff to be like that, too, unless proven otherwise, but unfortunately not everyone goes along with that.

  • Yeah, Wikipedia tells me the longest word that was actually in use is Grundstücks­verkehrs­genehmigungs­zuständigkeitsübertragungs­verordnung. It was a decree from 2003 until 2007.

    Basically:

    • "Grundstück" is a plot of land.
    • "Verkehr" is traffic "trade" in this context.
    • "Genehmigung" is approval.
    • "Zuständigkeit" is responsibility.
    • "Übertragung" is transfer.
    • "Verordnung" is decree.

    So, it decreed that the responsibility of approving traffic on trade of private plots of land should be transferred (to a different government body).

  • To me, it's more that I get a glimpse of the human behind the art, even or especially if they're shitty at drawing. That's why I also like memes which are thrown together haphazardly. If it's pixel-perfect imagery, I don't see much from that at all.