Re: An uncountable countable set
- From: Tony Orlow <aeo6@xxxxxxxxxxx>
- Date: Wed, 23 Aug 2006 18:04:07 -0400
MoeBlee wrote:
Albrecht wrote:There is no relevance in which system the axiom is found.
E.g. the Axiom A: "Axiom A is wrong", is self contradicting, regardless
of which other axioms are used, I think. The same holds for the axiom
of infinity.
You miss the point. Since you've not shown any contradiction in set
theory, whatever contradiction you claim to have found must be a
contradiction between set theory and something else outside of set
theory. But if you can't articulate that something else as a
mathematical formula, then no one much cares that set theory conflicts
with your not mathematically articulated principles.
Hi MoeBlee - How are you?
Set theory contradicts with:
(1) E y e N, A x>y, x< 2*x < x^2 < 2^x (y=2)
because:
(2) A y e N, aleph_0>y
and
(3) aleph_0/2 = aleph_0 = aleph_0^2 < 2^aleph_0
(1) is trivially inductively provable.
(2)and (3) are from transfinitology.
So I take it from your response that you don't have a set of axioms for
your mathematics. So I wonder how you expect people to evaluate whether
something is or is not a theorem of your mathematics.
Can you evaluate the relationship between the above three statements?
MoeBlee
Thanx,
Tony
.
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