Yea I think that's probably true as well. Do you consider the VonNeumann architecture to the the unifying theoretical framework? If not then what?
Yea I think that's probably true as well. Do you consider the VonNeumann architecture to the the unifying theoretical framework? If not then what?
I think the problem is more that a gap exists between the theoretical framework and practical programming. For example have fun trying to formally verify Javascript code!
Interesting side-note: we are currently unable to prove that there is nothing more powerful than a turing machine, i don't know if its even provable (that smells like something undecidable).
Since this is currently my seminar-research topic: In the Zermelo–Fraenkel set theory there is only one Urelement.
I can prove the non-existence of another Urelement not equal to the Urelement.
Since i only care about Zermelo–Fraenkel, i can define Urelemente as things inside the Zermelo–Fraenkel set theory that are not sets themselves but elements of a set. And there is only one element that satisfies this definition. Every other thing is not a Urelement, since it does not satisfy the definition.
I don't understand the proof.
If A is an Urelement, and B is an Urelement, ... I don't see a contradiction in A is an element of C, and B is not an element of C?
I mean, I defer to your research, but I do not understand...
I'm not sure I understand.
I would think that disproving the nonexistence of something would be the same as demonstrating the existence of something. That seems doable, on a sense at least.
And I would think that disproving the existence of something could be done by deriving a contradiction from the assumption that the thing exists. This also seems possible.
I'm guessing I am misunderstanding you in some way. Can you help me understand?