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Chris M. Thomasson schrieb:But then he wants to talk about the transfinite numbers, which just can not exist in the finite domain he tries to live in.On 4/25/2024 1:06 PM, WM wrote:WM takes himself to be a "finitist" - he denies that there is somewhereLe 24/04/2024 à 22:07, "Chris M. Thomasson" a écrit :>On 4/24/2024 10:16 AM, WM wrote:>Le 24/04/2024 à 04:01, Richard Damon a écrit :[...]On 4/23/24 3:34 PM, WM wrote:>Le 23/04/2024 à 01:01, Richard Damon a écrit :On 4/22/24 10:15 AM, WM wrote:>>The results cannot be compressed to the interval (0, ω) of theOf course they can be compressed into the interval (0, ω), as
set { 1, 2, 3, ...}. This shows that new numbers are generated by
multiplication.
>
every finite number n < ω, when doubled results in a finite number
2n which is also < ω.
Try to map the closed interval [0, ω]*2 = [0, ω*2].
If [0, ω) --> [0, ω) and ω*2 --> ω*2, then ω*2 is the only image
point in (ω, ω*2]. Infinitely many points remain empty. Crippled
mathematics. Ugly. Inacceptable.Why?>
Continuity.>>
[0, ω]*2 = { [0, w), ω } *2 = {[0, w), ω*2} since the Natural
numbers (what [0, ω) represents) are closed under multiplication.
Impossible if (0, ω) is completely filled. Every 2n is larger than n.
>
How can it be 100% completely filled when its unbounded?
Ask Cantor or Bolzano. It can also be completely counted - according to
Cantor.
How can you completely count an infinite unbounded set? You have some
issues WM... Deal with it. Your folly is not our problem... ;^o
in the universe any infinity "realized" (judging that math is happening
in the mental space), so he combats this idea and exacts "the existence"
of a first real number right to zero and a last finite number left to w
altogether with any idea of inifinite objects elsewhere in the universe.
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