The Math Forum

Search All of the Math Forum:

Views expressed in these public forums are not endorsed by NCTM or The Math Forum.

Math Forum » Discussions » sci.math.* » sci.math

Notice: We are no longer accepting new posts, but the forums will continue to be readable.

Topic: layer logic: a new dimension to logic?
Replies: 12   Last Post: May 26, 2013 10:56 AM

Advanced Search

Back to Topic List Back to Topic List Jump to Tree View Jump to Tree View   Messages: [ Previous | Next ]
Oskar Trestone

Posts: 22
From: Germany
Registered: 9/17/11
layer logic: a new dimension to logic?
Posted: Sep 17, 2011 6:09 PM
  Click to see the message monospaced in plain text Plain Text   Click to reply to this topic Reply


looking for a way around the liar and logic contradictions
I have introduced a new logical dimension:

Statements are not absolutely true or false anymore
but true or false related to a viewing angel
or kind of logical layer or meta-level.

With this new dimension problems become solvable
that are unsolvable with classical logic.

Most contradictions are not contradicional anymore,
as the truth values belong to different layers.

The good news (in my theory):
The liar´s paradox, Cantor´s diagonal argument, Russell´s set and Goedel´s incompleteness theorem
are valid no more.

The bad news: There is no more absolute truth
and we have to get used to a new mathematics
where numbers might have multiple prime factorisations.

Over all, infinity and paradoxes will be much easier to handle in layer theory,
finite sets and natural numbers more complicated, but possible
(but it will be a new kind of natural numbers...).

The theory was in the beginning just a ´Gedankenexperiment´,
and my formal description and axioms may still be incorrect an incomplete.
Perhaps someone will help me?

Here my axioms of layer logic:

Axiom 0: There is a inductive set T of layers: t=0,1,2,3,?
(We can think of the classical natural numbers, but we need no multiplication)

Axiom 1: Statements A are entities independent of layers, but get a truth value only in connection with a layer t,
referred to as W(A,t).

Axiom 2: All statements are undefined (=u) in layer 0.
VA: W(A,0)=u
(We need u to have a symmetric start.)

Axiom 3: All statements in positive layers have either the truth value ´w´ (true)
or ´-w´ (false).
Vt>0:VA: W(A,t)= either w or ?w.
(We could have u in all layers, but things would be more complicated).

Axiom 4: Two statements A an B are equal in layer logic,
if they have the same truth values in all layers t=0,1,2,3,...
VA:VB: ( A=B := Vt: W(A,t)=W(B,t) )

Axiom 5: (Meta-)statements M about a layer t are constant = w or = -w for all layers d >= 1.
For example M := ´W(-w,3)= -w´, then w=W(M,1)=W(M,2)=W(M,3)=...
(Meta statements are similar to classic statements)

Axiom 6: (Meta-)statements about ´W(A,t)=...´ are constant = w or = -w for all layers d >= 1.

Axiom 7: A statement A can be defined by defining a truth value for every layer t.
This may also be done recursively in defining W(A,t+1) with W(A,t).
It is also possible to use already defined values W(B,d) and values of meta statements (if t>=1).
For example: W(H,t+1) := W( W(H,t)=-w v W(H,t)=w,1)

A0-A7 are meta statements, i.e. W(An,1)=w.

Although inspired by Russell´s theory of types, layer theory is different.

For example there are more valid statements (and sets) than in classical logic
and set theory (or ZFC), not less.
And (as we will see in layer set theory) we will have the set of all sets as a valid set.

Last not least a look onto the liar in layer theory:

Classic: LC:= This statement LC is not true (LC is paradox)

Layer logic: We look at: ´The truth value of statement L in layer t is not true´
And define L by (1): Vt: W(L, t+1) := W ( W(L,t) -= w , 1 )

Axiom 2 gives us: W(L,0)=u
(1) with t=0 gives us: W(L,1) = W ( u-=w , 1 ) = -w
(2) with t=1 : W(L,2) = W ( -w-=w , 1 ) = w
(3) with t=2 : W(L,3) = W ( -w-=w , 1 ) = -w

L is a statement with different truth values in different layers,
but L is not paradox.

That should be enough for a start


Point your RSS reader here for a feed of the latest messages in this topic.

[Privacy Policy] [Terms of Use]

© The Math Forum at NCTM 1994-2018. All Rights Reserved.