07/03/2022, 07:23 AM
Hey catullus.
This dates back to ramanujan. But the answer is it goes to zero slower than every function:
\[
1/\log^{\circ n}(x)\\
\]
For all \(n \in \mathbb{N}\). So... very fucking slow.
This dates back to ramanujan. But the answer is it goes to zero slower than every function:
\[
1/\log^{\circ n}(x)\\
\]
For all \(n \in \mathbb{N}\). So... very fucking slow.
