I know it’s not self-evident that we don’t with certainty (and I said argument, not experiment), but I’m not trying to get to the conclusion we don’t live in such a simulation- only that it is improbable.
This is the problem which must be dealt with. Rather than assume an assumption must be correct, you must somehow show it will work even if you start from no assumptions.
Your universal propositional calculus might not be able to generate that proposition, but my calculus can easily prove: Yours won’t generate any propositions if it has no axioms.
Such an experiment doesn’t exist. It’s not self-evident that we don’t live in a simulation in which strange things can happen.
I know it’s not self-evident that we don’t with certainty (and I said argument, not experiment), but I’m not trying to get to the conclusion we don’t live in such a simulation- only that it is improbable.
Simple: The fact that we don’t see strange things happening is bayesian evidence that we don’t live in a world where that is possible.
As I already mentioned, it is probability itself which must be justified in the first place. How do you do that?
What assumptions am I granted? Can’t argue anythin’ from nuthin’. Even “I think” is an assumption if logic is.
This is the problem which must be dealt with. Rather than assume an assumption must be correct, you must somehow show it will work even if you start from no assumptions.
Your universal propositional calculus might not be able to generate that proposition, but my calculus can easily prove: Yours won’t generate any propositions if it has no axioms.
This is precisely the problem. I was posting in the hopes of finding some clever solution to this problem- a self-proving axiom, as it were.