A backup account for !CanadaPlus@lemmy.sdf.org, and formerly /u/CanadaPlus101 on Reddit.

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Joined 2 years ago
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Cake day: November 19th, 2023

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  • The really successful religions and eventually empires just happened to be homophobic, so anyone conservative globally is likely to be homophobic.

    It’s actually a pretty LGBT friendly region anyway, it’s legal in most of Indonesia, even, but they border Malaysia where gay stuff gets hard prison time.

    Edit: As in, SE Asia is a relatively gay-friendly region, for whatever reason. It’s not because social conservatism is out of style.

    Indonesia itself is meh. Better than Malaysia, worse than Thailand. And the Muslim part will cane you for it, per the article.


  • Arabia hasn’t been closely involved for a long time. Actually, I don’t know if it ever was or the someone like the Mughals were an intermediary, off the top of my head. It’s far away from the Middle East.

    Religious conservatives gonna religious conservative. If you go back to ancient history sometimes they were fine with homosexuality, or even expected some amount, but that died out along the way. Because of the European empires, but only because they were more successful, so I wouldn’t blame Europe either.




  • I’ll admit, I only have a fuzzy understanding of even the basics of Hamiltonian mechanics. I understand quantum computing, though, and that evolution of a circuit is a unitary (linear) operator/matrix. So, wouldn’t continuous evolution be a one-parameter Lie subgroup of the unitary operators over your Hilbert space? Any eigenvalue would have to be a root of unity, with the exact one corresponding to rate of change in phase, because otherwise you end up with probabilities not summing to 1.

    I think it would be analogous to the normal modes for a classical standing wave, which are also used as examples of an eigenfunction.

    Maybe the more relevant question is if nonequilibrium, dynamical quantum systems can also be said to be quantised in the same way. Can they?

    If the problem is easier to think about with a time-dependent Hamiltonian, you can use the Heisenberg formulation of quantum mechanics, which makes the wavefunctions static and lets the operators evolve in time. This can be helpful in a number of situations—typically involving light.

    That sounds wild!









  • it’s happening NOW.

    Oh, so it’s over a moment from NOW?

    Nah, it’s slowly and continuously happening. It has been for decades, although with greater rate as we’ve ignored it.

    buildout all the grid you can, it won’t be enough for everyone, and when it collapses, everyone’s fucked.

    We’ll need X amount of power. If the grid can supply that, we won’t directly cook. It’s more than now, but not massively more.

    Did your parents have any children that lived? I bet they regret that.

    No u.