Will Bouwman wrote: ↑Mon Sep 07, 2026 2:25 pm
Immanuel Can wrote: ↑Mon Sep 07, 2026 1:44 pm
I'm astounded that anybody can think something so obviously wrong. But let me see if I can explain.
No need, I accept that I put that clumsily. This is less misleading:
That's fine. Let's see if we can get your point, together.
Mr Can, if the likelihood of a quantum fluctuation being the cause of the universe is anything but nil, any argument that concludes any particular cause of the universe is unsound.
Oh. Is what you mean, "If there are other alternatives that are not nil in probability, then we can't say exactly what is, for certain, the cause of the universe"? (Is that what you're meaning by your use of "unsound" -- not 100% certain)?
If you mean something different, of course you're free to correct my supposition on that. However, let me respond, on the assumption that I've understood the point you're aiming to make.
Not a problem.
I've said this before, but let's apply it here. All human knowing is probabilistic, not absolute. EVERYTHING we know, we know only in terms of higher or lower probabilities. But higher probabilities are much better and more certain than lower probabilities; and exceedingly high probabilities, when counterpoised to extremely low (but non-nil) probabilities, are the best source of knowledge human beings can have.
So we arrive at this: is the existence of God higher in probability than the postulate of creation by random quantum "fluctuations"? (Of course, there are problems with this second option, including such things as "
what is 'fluctuating'?", which implies the pre-existence of something to "fluctuate," and thus doesn't actually meet the challenge of addressing ultimate origins at all. But let's suspend that concern, rather than addressing it here.) The relative probabilities are the only way to settle the matter, at least to the satisfaction of human knowledge.
How do we estimate the relative probabilities of each hypothesis? Maybe that's the next question. Let me try.
Well, one conforms to mathematics, to logic, and to empirical observations, including causality, irreducible complexity, and so on...at least, we must concede, in some significant ways. It has, we would have to admit, at least
some reasonable explanatory efficacy for the things we observe. It might still be wrong, let us say, because like all human knowing, it can never deliver 100% certainty to us. But it has a relatively substantial chance of being a correct supposition, because it does satisfy some issues -- even if we're not settled yet on all of the issues. However, the other hypothesis does not conform to anything, including science itself, since it would make causal analysis impossible. So one is more probable than the other, and explains more of what we know and experience than does the other.
So it's obvious, I would say, which we must prefer. The "quantum fluctuations" explanation is so complicated, so incomplete, so counter-intuitive, and so problematic to things like causality and science and technology, and renders human knowledge itself impossible, so that while it may not be "nil" in probability, it surely has to be regarded as astronomically unlikely. I think we're safest not to embrace something so close to "nil" in explanatory efficacy.
So I suggest you make your own calculation of probability, and decide which hypothesis you will go with. You have my view, but it's not binding on you.