Simply defining Gödel Incompleteness away

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Simply defining Gödel Incompleteness away
∀F ∈ Formal_Systems
∀X ∈ Language(F)
Gödel's entire proof depends on the definition that Undecidable(F,X)
means Incomplete(F).
When we define Undecidable(F,X) to mean Incorrect(X) his proof utterly
loses its entire "incompleteness" basis.
The key question is which of these two different definitions is the
correct foundational basis.
This question cannot be correctly answered by mathematics or logic
because both of these two fields never question the philosophical reasons
for their foundational basis.
Although it is nearly universally accepted that Undecidable(F, X) means
Incomplete(F) if instead it actually means Incorrect(X) then the
incompleteness aspect of the 1931 Incompleteness Theorem utterly loses
its entire basis causing the whole proof to totally fail.
∀X ∈ Language(F)
Gödel's entire proof depends on the definition that Undecidable(F,X)
means Incomplete(F).
When we define Undecidable(F,X) to mean Incorrect(X) his proof utterly
loses its entire "incompleteness" basis.
The key question is which of these two different definitions is the
correct foundational basis.
This question cannot be correctly answered by mathematics or logic
because both of these two fields never question the philosophical reasons
for their foundational basis.
Although it is nearly universally accepted that Undecidable(F, X) means
Incomplete(F) if instead it actually means Incorrect(X) then the
incompleteness aspect of the 1931 Incompleteness Theorem utterly loses
its entire basis causing the whole proof to totally fail.
Last edited by PeteOlcott on Sun Jun 14, 2020 10:01 pm, edited 1 time in total.

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 Joined: Wed Feb 10, 2010 2:04 pm
Re: Simply defining Gödel Incompleteness away
even Ludwig finally decided, the thing in itself and its name are never the same...
Imp
Imp
 Arising_uk
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Re: Simply defining Gödel Incompleteness away
I thought he decided that we couldnt tell or say but there's always pointing.
Re: Simply defining Gödel Incompleteness away
And if you redefine Undecidable(F,X) to mean Unicorns(X) you've proven unicorns.PeteOlcott wrote: ↑Sat Jun 13, 2020 9:37 pm ∀F ∈ Formal_Systems
∀X ∈ Language(F)
Gödel's entire proof depends on the definition that Undecidable(F,X)
means Incomplete(F).
When we define Undecidable(F,X) to mean Incorrect(X) his proof utterly
loses its entire "incompleteness" basis.
The key question is which of these two different definitions is the
correct foundational basis.
This question cannot be correctly answered by mathematics or logic
because both of these two fields never question the philosophical reasons
for their foundational basis.
Although it is nearly universally accepted that Undecidable(F, X) means
Incomplete(F) if instead it actually means Incorrect(X) then the
incompleteness aspect of the 1931 Incompleteness Theorem utterly loses
its entire basis causing the whole proof to totally fail.
I keep explaining it to you. Maybe now you are ready to understand?
You need a PURE type system. You need PURE lambda calculus. Like System U
According to every Philosophical definition of "consistency" Python is inconsistent because it can express Girard's paradox.
https://repl.it/repls/OutlandishSorrowfulCables
Code: Select all
assert type(type) == type
Re: Simply defining Gödel Incompleteness away
It's difficult (but not impossible) to point to abstract ideas in our heads.Arising_uk wrote: ↑Mon Jun 15, 2020 7:25 pm I thought he decided that we couldnt tell or say but there's always pointing.

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 Joined: Mon Jul 25, 2016 6:55 pm
Re: Simply defining Gödel Incompleteness away
I have already been saying that for a few years now.Skepdick wrote: ↑Mon Jun 15, 2020 7:46 pmYou need a PURE type system. You need PURE lambda calculus. Like System UPeteOlcott wrote: ↑Sat Jun 13, 2020 9:37 pm ∀F ∈ Formal_Systems
∀X ∈ Language(F)
Gödel's entire proof depends on the definition that Undecidable(F,X)
means Incomplete(F).
When we define Undecidable(F,X) to mean Incorrect(X) his proof utterly
loses its entire "incompleteness" basis.
The key question is which of these two different definitions is the
correct foundational basis.
This question cannot be correctly answered by mathematics or logic
because both of these two fields never question the philosophical reasons
for their foundational basis.
Although it is nearly universally accepted that Undecidable(F, X) means
Incomplete(F) if instead it actually means Incorrect(X) then the
incompleteness aspect of the 1931 Incompleteness Theorem utterly loses
its entire basis causing the whole proof to totally fail.
That is why I invented Minimal Type Theory.
https://www.researchgate.net/publicatio ... y_YACC_BNF

 Posts: 970
 Joined: Mon Jul 25, 2016 6:55 pm
Re: Simply defining Gödel Incompleteness away
Yet the key difference is that:Skepdick wrote: ↑Mon Jun 15, 2020 7:46 pmAnd if you redefine Undecidable(F,X) to mean Unicorns(X) you've proven unicorns.PeteOlcott wrote: ↑Sat Jun 13, 2020 9:37 pm ∀F ∈ Formal_Systems
∀X ∈ Language(F)
Gödel's entire proof depends on the definition that Undecidable(F,X)
means Incomplete(F).
When we define Undecidable(F,X) to mean Incorrect(X) his proof utterly
loses its entire "incompleteness" basis.
The key question is which of these two different definitions is the
correct foundational basis.
This question cannot be correctly answered by mathematics or logic
because both of these two fields never question the philosophical reasons
for their foundational basis.
Although it is nearly universally accepted that Undecidable(F, X) means
Incomplete(F) if instead it actually means Incorrect(X) then the
incompleteness aspect of the 1931 Incompleteness Theorem utterly loses
its entire basis causing the whole proof to totally fail.
Undecidable(F,X) means Incomplete(F) is epistemologically incorrect and
Undecidable(F,X) means Incorrect(X) is epistemologically correct.
Re: Simply defining Gödel Incompleteness away
You aren't saying what you think you are saying.PeteOlcott wrote: ↑Mon Jun 15, 2020 8:36 pm I have already been saying that for a few years now.
That is why I invented Minimal Type Theory.
https://www.researchgate.net/publicatio ... y_YACC_BNF
The "Minimal" in your type theory is too much in the way of impurity. It's not minimal enough because it has too many rules.
Last edited by Skepdick on Mon Jun 15, 2020 8:53 pm, edited 1 time in total.
Re: Simply defining Gödel Incompleteness away
According to what standard for "correctness"?PeteOlcott wrote: ↑Mon Jun 15, 2020 8:40 pm Undecidable(F,X) means Incomplete(F) is epistemologically incorrect and
Undecidable(F,X) means Incorrect(X) is epistemologically correct.
The practical consequence of that which is said to be an "inconsistent system" is that it can prove ALL propositions.
Par for the course! I prefer a language that can prove too much over a language that can prove too little.
I want to be able to express ANYTHING and EVERYTHING. Freedom of speech and all that jazz...

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 Joined: Mon Jul 25, 2016 6:55 pm
Re: Simply defining Gödel Incompleteness away
Think of my system as a higher level language that translates into your system.Skepdick wrote: ↑Mon Jun 15, 2020 8:41 pmYou aren't saying what you think you are saying.PeteOlcott wrote: ↑Mon Jun 15, 2020 8:36 pm I have already been saying that for a few years now.
That is why I invented Minimal Type Theory.
https://www.researchgate.net/publicatio ... y_YACC_BNF
The "Minimal" in your type theory is too much in the way of impurity. It's not minimal enough because it has too many rules.
Writing in typed lambda calculus is like writing in assembly language.
Re: Simply defining Gödel Incompleteness away
I understand your intention, but you are confused.PeteOlcott wrote: ↑Mon Jun 15, 2020 9:50 pm Think of my system as a higher level language that translates into your system.
Writing in typed lambda calculus is like writing in assembly language.
You have "high level" and "low level" languages mixed up.
Why must I write 20 lines of assembly to express what can be expressed in 1 line of Python?
Less is more.

 Posts: 3002
 Joined: Wed Feb 10, 2010 2:04 pm
Re: Simply defining Gödel Incompleteness away
writeln "This Parrot is Dead"Skepdick wrote: ↑Mon Jun 15, 2020 10:05 pmI understand your intention, but you are confused.PeteOlcott wrote: ↑Mon Jun 15, 2020 9:50 pm Think of my system as a higher level language that translates into your system.
Writing in typed lambda calculus is like writing in assembly language.
You have "high level" and "low level" languages mixed up.
Why must I write 20 lines of assembly to express what can be expressed in 1 line of Python?
Less is more.
oh wait, that's Cobol... nevermind
Imp

 Posts: 970
 Joined: Mon Jul 25, 2016 6:55 pm
Re: Simply defining Gödel Incompleteness away
The reason why it is incorrect to define Unprovable(F, X) as Incomplete(F) instead ofSkepdick wrote: ↑Mon Jun 15, 2020 8:44 pmAccording to what standard for "correctness"?PeteOlcott wrote: ↑Mon Jun 15, 2020 8:40 pm Undecidable(F,X) means Incomplete(F) is epistemologically incorrect and
Undecidable(F,X) means Incorrect(X) is epistemologically correct.
The practical consequence of that which is said to be an "inconsistent system" is that it can prove ALL propositions.
Par for the course! I prefer a language that can prove too much over a language that can prove too little.
I want to be able to express ANYTHING and EVERYTHING. Freedom of speech and all that jazz...
defining it as Incorrect(X) is that Incorrect(X) detects that there the inference chain
from the premises to the conclusion is broken thus indicating that the argument is invalid.
The way that analytical truth really works is that truth preserving operations are
performed on expressions of language that are somehow known to be true** deriving
conclusions that are known to be true.
If there is any reason that the process does not proceed all the way from the
true premises to the conclusion then the conclusion is not derived and is
therefore untrue. There cannot possibly be any case of true and unprovable.
All that we are doing here is augmenting the notion of sound deduction:
A deductive argument is said to be valid if and only if it takes a form that makes
it impossible for the premises to be true and the conclusion nevertheless to be
false. Otherwise, a deductive argument is said to be invalid.
https://www.iep.utm.edu/valsnd/
The above definition allows the principle of explosion. This must be forbidden.
By requiring that truth preserving operations be performing on the premises to
derive the conclusion we implicitly require that the premises are semantically
relevant to the conclusion: https://en.wikipedia.org/wiki/Relevance_logic
** An issue of foundationalism not relevant to the current point.
Copyright 2020 Pete Olcott
Last edited by PeteOlcott on Mon Jun 15, 2020 10:33 pm, edited 1 time in total.

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Re: Simply defining Gödel Incompleteness away
My end goal is to make a very easy way to formalize every subtle nuance of naturalSkepdick wrote: ↑Mon Jun 15, 2020 10:05 pmI understand your intention, but you are confused.PeteOlcott wrote: ↑Mon Jun 15, 2020 9:50 pm Think of my system as a higher level language that translates into your system.
Writing in typed lambda calculus is like writing in assembly language.
You have "high level" and "low level" languages mixed up.
Why must I write 20 lines of assembly to express what can be expressed in 1 line of Python?
Less is more.
language semantics. Certainly typed lambda Calculus is not this way. I know nothing
about Python.
Re: Simply defining Gödel Incompleteness away
You are really not hearing me!PeteOlcott wrote: ↑Mon Jun 15, 2020 10:23 pm The above definition allows the principle of explosion. This must be forbidden.
The principle of explosion is what I WANT in my systems.
I prefer proving too much (everything even!) than proving too little.