[jijijijij]

I believe, neither the expansion of Gödel's theorems to "everything", non-formalized systems, nor the conclusion of a resolution by harnessing multiple systems in concert, are sound reasoning. I think, it's a fallacious reductionism.

[tossandthrow]

What is a non-formalized system?

I am very curious on this. In particular, if you are able to split systems into formalized and non formalized, then I thinks there are quite some praise and a central spot in all future history books for you!

[jijijijij]

I am not a native speaker, so please don't get hung up on particular expressions.

I meant, the colloquial philosophies and general ontology are not subject of Gödel's work. I think, the forgone expansion is similar to finding evidence for telepathy in the pop-sci descriptions of quantum entanglement. Gödel's theorems cover axiomatic, formal systems in mathematics. To apply it to whatever, you first have to formalize whatever. Otherwise, it's an intuition/speculation, not sound reasoning. At least, that's my understanding.

Further reading: https://en.wikipedia.org/wiki/G%C3%B6del's_incompleteness_th...

[alisonkisk]

The person you were replying to is not a native speaker either, and also is not knowledgeable about the core ideas of logical systems (as other commenters have already explained).