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Am Sat, 09 Nov 2024 13:00:22 -0600 schrieb olcott:https://en.wikipedia.org/wiki/Principle_of_explosionOn 11/9/2024 12:47 PM, Alan Mackenzie wrote:Go on, sue him, liar.olcott <polcott333@gmail.com> wrote:You are not doing that. I am redefining the foundation of the notion ofOn 11/9/2024 11:58 AM, Alan Mackenzie wrote:>olcott <polcott333@gmail.com> wrote:On 11/9/2024 10:03 AM, Alan Mackenzie wrote:olcott <polcott333@gmail.com> wrote:On 11/9/2024 5:01 AM, joes wrote:On 11/8/24 12:25 PM, olcott wrote:Not at all. I denigrate your lies, where by lies I mean the emphaticThat you denigrate what I say without paying attention to what I sayStop swearing. I don't pay much attention to your provably false*Like I said you don't pay f-cking attention*That's untrue - you don't have a precise specification. And evenThat is counter-factual within my precise specification.Gödel showed otherwise.That formal systems that only apply truth preserving
operations to expressions of their formal language that
have been stipulated to be true cannot possibly be
undecidable is proven to be over-your-head on the basis
that you have no actual reasoning as a rebuttal.
if you did, Gödel's theorem would still hold.When truth is only derived by starting with truth and applyingNo. Unprovable will remain.
truth preserving operations then unprovable in PA becomes untrue
in PA.
utterances, no. Life is too short.
<is> the definition of reckless disregard for the truth that loses
defamation cases.
utterances of falsehood due to a lack of expertise in the subject
matter.
See the beginning of this subthread.
a formal system and calling this a lie can have your house confiscated
for defamation.
That doesn’t make ~g provable.You are the one with reckless disregard for the truth. You haven't
even bothered to read the introductory texts which would help you
understand what the truth is.
I have no fear of you starting a defamation case against me. For a
start, you'd have to learn some German, and for another thing, I'd win
on the merits.
>Hint: Gödel's theorem applies in any sufficiently powerful logicalUnless it is stipulated at the foundation of the notion of formal
system, and the bar for "sufficiently powerful" is not high.
systems that ~Provable(PA, g) simply means ~True(PA, g).
What else do you think it meant?If you're going to redefine the word provable to mean something else,I am correcting the somewhat ill-founded notion of provable to only mean
you'll need some other word to mean what provable means to everybody
else.
applying truth preserving operations to finite string expressions of
language.
ZFC DID NOT STAY WITHIN THE BOUNDS OF NAIVE SET THEORYNo, they didn't do the same thing. They stayed within the bounds ofZFC did the same thing and that was the ONLY way that Russell'sUnprovable(L,x) means Untrue(L,x)If you're going to change the standard meaning of standard words,
Unprovable(L,~x) means Unfalse(L,x)
~True(L,x) ^ ~True(L, ~x) means ~Truth-Bearer(L,x)
you'll find communicating with other people somewhat strained and
difficult.
Paradox was resolved.
logic.
>And yes, they resolved a paradox. There is no paradox for yourThe assumption that ~Provable(PA, g) does not mean ~True(PA, g) cannot
"system" to resolve, even if it were logically coherent.
>When ~Provable(PA,g) means ~True(PA,g) then incompleteness cannotOK, That's a proof by contradiction that ~provable cannot mean ~true.
exist.
correctly be the basis for any proof because it is only an assumption.
It’s a very safe assumption, as it keeps both possibilities for theIt directly causes false conclusions by violating
truth value of g open.
--We know, by Gödel's Theorem that incompleteness does exist. So theOnly on the basis of the assumption that ~Provable(PA, g) does not mean
initial proposition cannot hold, or it is in an inconsistent system.
~True(PA, g)
Get rid of that single assumption AND EVERYTHING CHANGES
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