Simply Connected 3-Manifolds with a Dense Set of Ends of Specified Genus

Abstract

We show that for every sequence $(n_i)$, where each $n_i$ is either an integer greater than 1 or is $\infty$, there exists a simply connected open 3-manifold $M$ with a countable dense set of ends $\{e_i\}$ so that, for every $i$, the genus of end $e_i$ is equal to $n_i$. In addition, the genus of the ends not in the dense set is shown to be less than or equal to 2. These simply connected 3-manifolds are constructed as the complements of certain Cantor sets in $S^3$. The methods used require careful analysis of the genera of ends and new techniques for dealing with infinite genus.

References in corpus (1)

• Simply connected open 3-manifolds with rigid genus one ends

Cited by in corpus (1)

• Genus 2 Cantor sets