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Joined 1 year ago
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Cake day: July 31st, 2023

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  • You are mixing up socialism and communism. Fair enough, Jesus wasn’t a socialist, because he lived millennia before that particular political stance was coined, but the examples you give kind of actually support the argument that he would have been a socialist if he lived today/he espoused an early type of socialism. Paying taxes, helping the poor, individual responsibility; these are all things a modern day socialist would support. Organising into communes - not so much.
    Also, it seems you are suggesting Donald Trump is a socialist? If so you’ve completely misunderstood the meaning of any kind of socialism.





  • First past the post has to go. I believe it’s the most important issue in our country right now, because it’s stopping us from dealing with the actually important issues. To wit: we’re debating sending 100 refugees or less a year to Rwanda as a matter of the utmost urgency while the world is catching fire, in any metaphorical sense you care to mention. Geographical concentration of voters should no longer confer political power where the open internet exists.

    There are two problems with the urgent need to change this broken broken system though: 1. I don’t know what better to replace it with, and 2. I don’t have enough faith in the British public anymore to actually agree on the more important issues once it’s gone.

    Side note: the argument doing the rounds about “but the far right will get in” is irrelevant because our last two home secretaries have been irreconcilable, despicable far-right headbangers. They’re already in.







  • Absolutely. I am completely convinced of the fact that there is knowledge that we can never possess simply because our minds aren’t capable of understanding it. I mean nobody understands quantum theory. Some people can do the maths and make the right predictions etc, but they have absolutely no idea what’s really going on. I think that’s at the boundary of our understanding. Which means there’s other stuff being the boundary, and other stuff way way beyond the boundary. But, I think that in the same way you can explain general relativity to a child in simple terms, if we produce AI that can grasp higher concepts, it could explain it to us.


  • It’s the same for the beginnings of life. We know loads about the conditions before in happened and after it happened, but nothing about that all important instant when it happened.

    Fur the big bang’s genesis, I like the thinking that small pockets of potential started to form, since a pair of opposed charges is sort of the same as nothing. But that does go along the lines of “nature abhors a vacuum” type of thinking, which has been comprehensively proven wrong since it was popular. Also it doesn’t explain one of physics greatest mysteries: why is there so much matter and no antimatter. If things came into existence in opposing pairs, we should see equal amounts of both



  • The Wikipedia page is a good start. In a nutshell:

    Since the surface area of a sphere (which is 4πr2) is proportional to the square of the radius, as the emitted radiation gets farther from the source, it is spread out over an area that is increasing in proportion to the square of the distance from the source. Hence, the intensity of radiation passing through any unit area (directly facing the point source) is inversely proportional to the square of the distance from the point source.

    There’s a good visualisation of that explanation which is the banner picture on the Wikipedia page.

    I don’t have any better theories than the existing ones, for sure! But there is an underlying pattern that goes deeper even than that law - the principle that physical objects follow the path of least resistance links these laws and many many others.




  • Well that’s lovely, thank you 😊 So Newton’s law of universal gravitation is:

    F= G×M×m/r^2
    which is simple enough to be able to say it in a sentence: "the force of gravity F on two masses M and m is proportional to their masses and square of the distance between them, r " so the heavier and closer planets/suns/black holes are, the greater the gravitationnel pull.
    Coulomb’s law is:

    F= k×Q×q/r^2
    which is pretty much exactly the same as you have probably noticed: "the force of electrical attraction F on two charged particles Q and q is proportional to their charges and the square of the distance between them, r "
    So the exact same rule applies to planets and atoms. Their behaviour can be explained in the same way. It’s called an “inverse square law”, it’s got a name because they happen everywhere. And it’s just, like… Why? Why does the universe work that way? You’re not really encouraged to ask that sort of question as a science student, because it “goes nowhere” and doesn’t lead to actionable results. But I think it quite spooky. There are loads of weird results like that in science and maths (see quantum theory for abundant examples!) but it’s unusual to be able to sit and think about it. There is, for the inverse square law, a pretty elegant mathematical explanation for why they’re so common, but it doesn’t quite scratch the itch for me, it just raises more questions

    Edit sorry for text wall. This is probably why I shouldn’t do this!