Re: Multiple infinities - one more look
- From: Marshall <marshall.spight@xxxxxxxxx>
- Date: Thu, 6 Dec 2007 19:53:23 -0800 (PST)
On Dec 6, 7:02 pm, Venkat Reddy <vred...@xxxxxxxxx> wrote:
For me, here is how things are. For integer sequences such as 1,2,3,..
and 2,3,4,... there is a possibility that one can always insert a new
number at the end.
Sequences such as 1, 2, 3 ... do not have an end.
Instead of ordered pairs and triplets, if we consider "ordered
infinite" sets, we can still produce a sequence [...]
Some infinite order relations can be mapped to sequences, but
some cannot.
Actually even in the case of ordered pairs (rationals), a single mini
traversal takes infinite number of steps when the numbers in the pairs
hit infinity.
No rational numbers have infinity as numerator or denominator.
(Also, one cannot "hit" infinity. Infinity isn't a position in a
sequence.)
If something is countable, why should be called infinite?
Because it isn't finite?
Doesn't counting fail because there are no
adjacent numbers at infinity
[...]
If there are adjacent numbers at infinity, then adding one
to infinity should produce a new number.
There is no "at" infinity. Infinity is not a position in a sequence.
So I believe infinite is always
uncountable by definition.
You are certainly free to make up your own definitions, however
by the standard definitions, your claim does not hold.
What definition are you using for the terms: sequence, countable,
uncountable?
Marshall
.
- Follow-Ups:
- Re: Multiple infinities - one more look
- From: mike3
- Re: Multiple infinities - one more look
- From: Venkat Reddy
- Re: Multiple infinities - one more look
- References:
- Multiple infinities - one more look
- From: Venkat Reddy
- Multiple infinities - one more look
- Prev by Date: Re: Help please...pseudoprimes and number of square roots of 1 in mod n
- Next by Date: Re: Help, please... what are the factors of p^4+1 ?
- Previous by thread: Multiple infinities - one more look
- Next by thread: Re: Multiple infinities - one more look
- Index(es):
Relevant Pages
|