Re: Distinct linear orderings on Z
From: Randy Poe (poespam-trap_at_yahoo.com)
Date: 03/29/05
- Next message: sttscitrans_at_tesco.net: "Re: G.H.Hardy gave an invalid proof of Infinitude of Primes in "A Mathematician's Apology""
- Previous message: Tim: "Re: countability"
- In reply to: aeo6: "Re: Distinct linear orderings on Z"
- Next in thread: aeo6: "Re: Distinct linear orderings on Z"
- Messages sorted by: [ date ] [ thread ]
Date: 29 Mar 2005 13:37:50 -0800
Tony Orlow (aeo6) wrote:
> Jesse F. Hughes said:
> > Tony Orlow (aeo6) <aeo6@cornell.edu> writes:
> >
> > > No, in lexicographical terms, set A is a proper superset of set
B,
> > > but you have changed the order, thereby breaking the mappings
> > > between the number sets and the string sets. This violates
Occam's
> > > Axiom in Bigulosity Theory. Sorry.
> >
> > You are the only person I know that builds strange, convoluted
> > "theories" of set size that amount to, "for every comparison, ask
> > Tony," and then has the balls to invoke Occam's name to support
your
> > bizarre claims.
> >
> >
> Well, doesn;t that make me unique!! :D
There is precedent. James Harris uses the same operational
definition for his object ring. If you want to know if it's
an object, ask James.
- Randy
- Next message: sttscitrans_at_tesco.net: "Re: G.H.Hardy gave an invalid proof of Infinitude of Primes in "A Mathematician's Apology""
- Previous message: Tim: "Re: countability"
- In reply to: aeo6: "Re: Distinct linear orderings on Z"
- Next in thread: aeo6: "Re: Distinct linear orderings on Z"
- Messages sorted by: [ date ] [ thread ]
Relevant Pages
|