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Joined 1 year ago
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Cake day: August 23rd, 2023

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  • No, delegated acts are law for all EU members directly, directives have to be implemented via local laws.

    But EU bureaucracy works, it’s a process but it does the job, they work via public consolations with member states & private sectors (companies) on legislations, and it really shows (in amendments too - especially once in force practices show which areas need more considerations & which simplifications).

    And the right to disconnect is what most countries had as some base legacy laws, but now it’s setup up in a common way.

    via iuslaboris.com/laws-on-the-right-to-disconnect … seems updated, tho iirc Canada also has at least some form of this … eastern Europe is just way behind in lawmaking generally (it’s still work even if they don’t have opposition), not sure what’s with Germany.





  • EU has delegated acts mandating that every EU country transfers to local laws the “right to disconnect” with which every company needs to have a policy that prohibits them contacting their employees outside of work time (which ofc includes vacations) … except “in emergencies” (along with communication channel sequence) … which arent super defined but should be along the lines of preventing/avoiding damages in extraordinary situations.

    And that employees can’t be punished for ignoring any communication outside of work hours in any case.



  • Thats the thing, no mutations, not even in mice that live in burrows and have like a generation every two seconds. They even did a DNA study by comparing species to the ones not from that area and found no differences.

    But the main thing they looked at is cancer rates/signs (ionising radiation causing random mutations resulting in cancer, not superpowers), thats why the mice focus (but the fauna there is thriving, the biggest are deer).

    The radiation causing mutation is very theoretical in the sense that the chances if it happening and leading to problems (and DNA corrective measures) seem to be low in the sense that radiation levels needed for that will sooner cause tissue damages too (which ofc is a thing that happens & kills).

    There is still a lot we don’t know bcs there are so few nuclear accidents (and bomb test) sights to study, but the levels how we defined safe is way on the conservative side.



  • Eccentricity generators were invented before mass oil or coal use (1830s by Faraday).

    We’ve had windmills, hydro, and even animal/human powered devices that could result in turning cranks for the generator to produce electricity - all for centuries at even that point. I would have to look up about when we first used solar to boil water, but I’m guessing there about.



  • Bullshit. If you can get the same amount of reliable power by just slapping up some solar panels, wind turbines, and batteries, then obviously the cost is not insignificant.

    I’m thinking in practical terms how that still doesn’t happen that often, humans allocate assets, humans don’t behave logically (behavioural economics).

    Nothing ever is going to be perfect and efficient, solar panels might get through vast price volatilities as well, installation costs hand already soared.

    Then, at the same time, they’ll ignore the most bone-headedly obvious cause of nuclear’s failure: it’s just too fucking expensive.

    So why did we subsidised so much expensive oil infrastructure. And at higher cost of life.
    Oil rigs can go into billions of dollars (and thats not even the total cost), nuclear plants tend to have the total running cost up-front (with decommission costs after the planned decades).

    Humans don’t make economic decisions rationally.