On the mean radius of quasiconformal mappings

preprint2022arXivOpen access

Abstract

We study the mean radius growth function for quasiconformal mappings. We give a new sub-class of quasiconformal mappings in Rn\mathbb{R}^n, for n≥2n\geq 2, called bounded integrable parameterization mappings, or BIP maps for short. These have the property that the restriction of the Zorich transform to each slice has uniformly bounded derivative in Ln/(n−1)L^{n/(n-1)}. For BIP maps, the logarithmic transform of the mean radius function is bi-Lipschitz. We then apply our result to BIP maps with simple infinitesimal spaces to show that the asymptotic representation is indeed quasiconformal by showing that its Zorich transform is a bi-Lipschitz map.

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