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On 30.01.2025 22:59, FromTheRafters wrote:Ordinals aren't guaranteed to increase.WM explained on 1/30/2025 :>On 30.01.2025 20:54, FromTheRafters wrote:Because you treat ordinals as if they were cardinals.WM explained on 1/30/2025 :>On 30.01.2025 11:41, FromTheRafters wrote:>WM formulated the question :>On 29.01.2025 15:04, FromTheRafters wrote:>WM explained on 1/29/2025 :>On 29.01.2025 10:38, FromTheRafters wrote:>
>Omega has no immediate predecessor.>
What is immediately before ω?
Nothing, it is the initial member of the transfinite ordinals. just as zero is the initial member of the finite ordinals.
There is something before zero.
Not in the ordinals, which is what you say the context is this time.
Not in the known ordinals. But if anything else, then name it, and how many of these are there.>>>>And how long is the distance from ω to a natnumber?>
This makes no sense.
It is research.
Is there a 'distance' metric in the ordinals?
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No, there is no inherent "distance" metric in ordinal numbers
Wrong. The ordinals 7 and 27 have the distance 27 - 7 = 20.
Finite ordinals are like finite cardinalities.
Fine. Why do you mention this triviality?
Cardinals are quantities and have no distances. Ordinals increase step by step on the ordinal axis. They describe distances from 0, and therefore have distances.
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