Re: Help in answering news story on refutation of fermat's last theorem
- From: anzaurres1@xxxxxxxxxxx
- Date: 23 May 2005 16:47:11 -0700
Torkel Franzen wrote:
> "Mark Nudelman" <markn@xxxxxxxxxxxxxxxxxxxxx> writes:
>
> > If the statement 0=1 is an axiom, then the symbols 0, 1, and =
cannot be
> > interpreted as they are in normal arithmetic.
>
> Sure they can. 0=1 simply becomes a false axiom.
What is a false axiom?
> > Symbols can't
> > be interpreted unless you know how they're used in the axiomatic
system
> > which they're part of.
>
> So what axiomatic system are the symbols in your statement above a
> part of?
You can pick any axiomatic system you want. In some the statement 0=1
will be true. In others - false.
As the previous poster told you, take the usual axioms of integers,
including inductive ordering, and let the symbol "=" denote what we
usually denote as "<". Then "0=1" is a correct statement.
.
- Follow-Ups:
- Re: Help in answering news story on refutation of fermat's last theorem
- From: Torkel Franzen
- Re: Help in answering news story on refutation of fermat's last theorem
- References:
- Re: Help in answering news story on refutation of fermat's last theorem
- From: Stephen J. Herschkorn
- Re: Help in answering news story on refutation of fermat's last theorem
- From: Mark Nudelman
- Re: Help in answering news story on refutation of fermat's last theorem
- From: Torkel Franzen
- Re: Help in answering news story on refutation of fermat's last theorem
- From: Mark Nudelman
- Re: Help in answering news story on refutation of fermat's last theorem
- From: Torkel Franzen
- Re: Help in answering news story on refutation of fermat's last theorem
- Prev by Date: FIrst Order logic |=
- Next by Date: Re: int(BesselJ(0,sqrt(x))*exp(x),x)= ?
- Previous by thread: Re: Help in answering news story on refutation of fermat's last theorem
- Next by thread: Re: Help in answering news story on refutation of fermat's last theorem
- Index(es):