OH I APOLOGIZE DANIEL
I thought you meant tetration at imaginary infinity decays to a fixed point of the exponential. You mean, at imaginary infinity it tends to imaginary infinity. Just how \(^z \eta\) behaves. This is an open problem. I don't know if it's solvable. But, it would be one helluva theorem and need one helluva proof to pull off.
I thought you meant tetration at imaginary infinity decays to a fixed point of the exponential. You mean, at imaginary infinity it tends to imaginary infinity. Just how \(^z \eta\) behaves. This is an open problem. I don't know if it's solvable. But, it would be one helluva theorem and need one helluva proof to pull off.
