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On 12/31/2024 1:20 PM, WM wrote:
So it is for all definable natural numbers. But all natural numbers are finite, and nevertheless there are natural numbers which have only few successors because when they are removed nothing remainsEvery union of FISONs whichFor each finite ⟦0,j⦆, there are
stay below a certain threshold
stays below that threshold.
Note: Every FISON stays below 1 % of ℕ.
more.than.#⟦0,j⦆.many finite ⟦0,k⦆
The set {⟦0,i⦆:#⟦0,i⦆<#⟦0,i+1⦆} ofIt is not a set but a potentially infinite collection.
all the finite ⟦0,k⦆
is not a finite set.
If all X_n1 from the first columnBob is placed withinThen not all swaps are swapped
the dark parts of the matrix.
For people not blinded by set theory it is clear that the X cannot cover the whole matrix. Therefore the limit inBob comes to rest within the dark part.Then not all swaps are swapped
In no single swap *that is observed*!Every exchange happens between two sites.Yes.
Always between two visibleᵂᴹ sites.
And no single swap disappears Bob.
Infinitely.many is different from finitely.many.But the first column is exactly as long as the first row.
For each finitely.many, there are more.
No, set theorists have been blinded.Yes, Bob never exits the matrix.After all swaps,>
⎛ Bob has never swapped into any darkᵂᴹ room,
⎝ Bob has swapped out of any visibleᵂᴹ room,
Bob is nowhere.
But Bob is never out of the matrix
because
there is no exchange at all between outside and inside.
However, after all swaps, Bob isn't in the matrix.
Therefore, infinite is different.
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