this post was submitted on 02 Nov 2025
        
      
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Your argument is bad and you should feel bad.
Impossible to describe does not mean that it’s not possible to simulate, and impossible is an incredibly strong criterion that sounds quite inaccurate to me. We simulate weather systems all the time, even though the systems are fundamentally chaotic and it’s impossible to forecast accurately. We don’t even know that gravity is quantum, so that’s quite a weird starting point but we’ll ignore that for a second. What is this argument?
This seems like a huge leap to conclude that just because some aspects of our understanding seem like we wouldn’t be able to fully describe them somehow means that the universe can’t be simulated.
Who’s to say that reality is completely defined? Perhaps there are aspects to what we consider the real universe that are uncertain. Isn’t that foundational to quantum mechanics?
Weather simulations are approximations. It’s not an exact replication of the universe.
Can the universe not also approximate? Why must it be an exact result whenever a rule is applied?
Then it’s not an approximation - it’s the reality. The question is whether all things the universe does can also a computer do in theory. If one thing about the universe is uncomputable, then the entire universe is uncomputable.
The paper suggests this thing is quantum gravity. I have my doubts about it, but I’m in no position to refute the paper.