09/28/2021, 05:44 AM
I wrote a brief expose on how the periodic solutions to tetrations work base e. I focused solely on the \( 2 \pi i \)-periodic case. And did a walk through on how I prove the construction. It's not epsilon/delta perfect--for that you'll need the preprint. This is just a quick explanation after the fact.
This paper is about 7 pages long--isn't very rigorous or ambitious. It's just an explanation of what happens in the \( 2 \pi i \)-periodic case. It gives the barebones of my beta method preprint; but only for a single case.
I wrote this quickly, mostly to be notes for sheldon when we have our next zoom call. But I think regular users would benefit from this.
Notes_for_beta.pdf (Size: 196.25 KB / Downloads: 670)
This paper is about 7 pages long--isn't very rigorous or ambitious. It's just an explanation of what happens in the \( 2 \pi i \)-periodic case. It gives the barebones of my beta method preprint; but only for a single case.
I wrote this quickly, mostly to be notes for sheldon when we have our next zoom call. But I think regular users would benefit from this.
Notes_for_beta.pdf (Size: 196.25 KB / Downloads: 670)
