Canonical parameterizations of metric disks
Alexander Lytchak, Stefan Wenger
Abstract
We use the recently established existence and regularity of area and energy minimizing disks in metric spaces to obtain canonical parameterizations of metric surfaces. Our approach yields a new and conceptually simple proof of a well-known theorem of Bonk and Kleiner on the existence of quasisymmetric parameterizations of linearly locally connected, Ahlfors 2-regular metric 2-spheres. Generalizations and applications to the geometry of such surfaces are described.
Topics & Concepts
MathematicsMetric (unit)Simple (philosophy)Metric spacePure mathematicsProduct metricIntrinsic metricConvex metric spaceInjective metric spaceEquivalence of metricsMathematical analysisTopology (electrical circuits)Metric mapDiscrete mathematicsGeometric Analysis and Curvature FlowsAnalytic and geometric function theoryMorphological variations and asymmetry