Axial minimal surfaces in S^2 x R are helicoidal
David Hoffman, Brian White

TL;DR
This paper proves that certain minimal surfaces in S^2 x R with specific properties are necessarily helicoids, establishing a classification result for these geometric objects.
Contribution
It demonstrates that complete, properly embedded minimal surfaces in S^2 x R containing a line are asymptotic to helicoids, and annular ones are exactly helicoids.
Findings
Surfaces with a line are asymptotic to helicoids
Annular minimal surfaces in S^2 x R are helicoids
Classification of minimal surfaces with finite topology in S^2 x R
Abstract
We prove that if a complete, properly embedded, finite-topology minimal surface in S^2 x R contains a line, then its ends are asymptotic to helicoids, and that if the surface is an annulus, it must be a helicoid.
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Taxonomy
TopicsGeometric Analysis and Curvature Flows · Geometry and complex manifolds · Mathematical Dynamics and Fractals
