Re: Uncountable sets in CZF?
From: Jesse F. Hughes (jesse_at_phiwumbda.org)
Date: 08/27/04
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Date: Fri, 27 Aug 2004 20:38:54 +0200
raf@tiki-lounge.com (Ross A. Finlayson) writes:
> You know I've expressed preference for plain language statements of
> logic, and that goes along with the concept that any explanation that
> requires more than a single sentence or two is overcomplex, keep it
> simple.
If you won't enumerate the axioms clearly and completely, we have
nothing at all to discuss.
You're diddling, pretending to think about deep issues when you don't
actually make explicit any of your fundamental assumptions.
> How is it that anothing non-empty exists in ZF? There is not an axiom
> saying "exists empty", "exists set containing empty", "...". Now you
> might demand an axiom to that effect, if so, then congratulations, you
> require a new axiom. I don't.
Because you're a moron, preferring unjustified and implicit assumption
rather than explicitly stating your axioms.
> Now, here's a problem for you, in V[G], name an integer not in V.
If I understood David's explanation, there ain't any.
-- Jesse Hughes "[I]f gravel cannot make itself into an animal in a year, how could it do it in a million years? The animal would be dead before it got alive." --The Creation Evolution Encyclopedia
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