Re: Gödel’s Infinite Candy Store
Posted: Tue Aug 17, 2021 11:46 pm
I'm using "computability" as an analogy for "experience".
But I can see the contradiction that you are pointing to (using the number analogy again): if every single possible number exists then how come the infinity of all numbers does not? There are two possible answers:
1. Platonic answer. Yes, every possible number actually exists. But you are right, in this case the whole infinity of all numbers necessarily has to exist.
2. Non-Platonic answer: any number actually exists only at the instance when it is actually computed/experienced. In this case every possible number does not always exist (until it is computed), and therefore the actual infinity of all numbers does not actually exist as well.
But as I said above, if we extrapolate the statement #1 to the set of all possible ideas, we run into the Russel's paradox (because the set of all ideas is itself an idea and therefore must include itself), and that is a very serious one. The only way around it that mathematicians found so far is just to exclude the objects like "the set of all sets that include itself" from existence in mathematics (which was accomplished in the Zermelo-Fraenkel set theory). And the same logic would equally apply to the set of all ideas that includes itself.
But apart from the the Russel paradox, the specific statements (#1 or #2) both seem to be logically consistent. And as I said, to me the question of which one it true is undecideable because I have no way to prove or disprove ether one. Among mathematicians there are as many proponents of #1 as there are of #2. But as far as I know, the fact is that nobody so far was able to experience the whole infinity of all numbers (as well as the whole infinity of all ideations), so there is no experiential evidence that such thing actually exists.
OK, here is a simple question: we know that the abstract idea of matter exists. Then why idealism claims that matter itself does not exist? That is because if an abstract idea of something exists, it does not necessarily mean that the "something" that this idea is about also actually exists and can be experienced.But it is ironic to me that you are using abstract mathematics to deny existence to the experience of what you call the "abstract" idea of infinity wholeness.
But I can see the contradiction that you are pointing to (using the number analogy again): if every single possible number exists then how come the infinity of all numbers does not? There are two possible answers:
1. Platonic answer. Yes, every possible number actually exists. But you are right, in this case the whole infinity of all numbers necessarily has to exist.
2. Non-Platonic answer: any number actually exists only at the instance when it is actually computed/experienced. In this case every possible number does not always exist (until it is computed), and therefore the actual infinity of all numbers does not actually exist as well.
But as I said above, if we extrapolate the statement #1 to the set of all possible ideas, we run into the Russel's paradox (because the set of all ideas is itself an idea and therefore must include itself), and that is a very serious one. The only way around it that mathematicians found so far is just to exclude the objects like "the set of all sets that include itself" from existence in mathematics (which was accomplished in the Zermelo-Fraenkel set theory). And the same logic would equally apply to the set of all ideas that includes itself.
But apart from the the Russel paradox, the specific statements (#1 or #2) both seem to be logically consistent. And as I said, to me the question of which one it true is undecideable because I have no way to prove or disprove ether one. Among mathematicians there are as many proponents of #1 as there are of #2. But as far as I know, the fact is that nobody so far was able to experience the whole infinity of all numbers (as well as the whole infinity of all ideations), so there is no experiential evidence that such thing actually exists.