• 0 Posts
  • 194 Comments
Joined 2 years ago
cake
Cake day: July 8th, 2023

help-circle
rss







  • Thanks for the long reply! To me, there is another element that RNG can add: the challenge of adapting. Think of x-com: you’re immediately told the odds that a shot will succeed, and have to decide whether to take that shot based on that chance and the consequences of it failing.

    You know that on average things will work out fairly, but you have to be ready to push the successes without letting failure trip you up.

    During most of the game, Blue Prince poses many different puzzles and riddles to you in parallel. If you focus on one thing you’ve had a eureka moment about, you’ll be frustrated with the lack of control, but if you approach the situation holistically, and pursue all puzzles at the same time based on what is available, it’s a very different experience. Your thought processes and realizations are shaped by the randomness of the day.

    Furthermore there’s always an interesting strategy element of mitigating the chance by ensuring lots of redraws in different ways, upgrading rooms to serve several purposes, piling up resources between runs etc.

    I do think it’s novel and interesting, though not necessarily the best idea in the world. To properly do the holistic approach I mention you need a massive infrastructure of photos and notes to keep track of all the clues you’re pursuing. I wish it had some kind of overview of found documents and clues, though I can see how that’s not so simple to implement for this game in particular.



  • What value does such an agreement have? Why is it a problem that there’s a plurality of equivalent understandings? Does that plurality add to or subtract from our understanding of reality?

    You say the different interpretations give drastically different pictures of physical reality, but not in an empirical sense. But can we really talk of an empirically unavailable physical reality? If pilot waves, multiverses and wave function collapses all lead to the same empirical reality, does it make any difference to physical reality which one you think about?



  • That is a somewhat narrow definition of “why”, I’d say. But indeed, the transition from quantum mechanics to classical mechanics is unclear.

    There are several interpretations of quantum mechanics, but they are empirically equivalent, so you can just pick your favourite and move on. That’s not necessarily a big mystery. The math works, as you say, and that’s the whole point of a physical theory.

    There are also several interpretations of statistics. Does that mean we don’t understand “why” a dice rolls results with a certain frequency?

    Note that superconductivity and the quantum Hall effect are both macroscopic quantum effects, so we do know what a macroscopic quantum system looks like.



  • Do you mean “why” as in “why did X cause Y” or as in “why are things the way they are”?

    In the former case, quantum mechanics is our most precise theory for coupling causes and effects, predicting the outcome of experiments to an incredible degree.

    In the latter case, do we really have a grasp of that for anything? Why is the gravitational constant the value that it is? Why is pi the ratio of a circle’s circumference and it’s diameter? Mostly we ultimately have to say that it is so because we can observe that it is so. For quantum mechanics it is the same.

    Or do you mean “why” in some other way?