arXiv:1104.5128 [math.FA]AbstractReferencesReviewsResources
Quasihyperbolic geodesics in John domains in R^n
Published 2011-04-27Version 1
In this paper, we prove that if $D\subset R^n$ is a John domain which is homeomorphic to a uniform domain via a quasiconformal mapping, then each quasihyperbolic geodesic in $D$ is a cone arc, which shows that the answer to one of open problems raised by Heinonen in \cite{H} is affirmative. This result also shows that the answer to the open problem raised by Gehring, Hag and Martio in \cite{Gm} is positive for John domains which are homeomorphic to uniform domains via uasiconformal mappings. As an application, we prove that if $D\subset R^n$ is a John domain which is homeomorphic to a uniform domain, then $D$ must be a quasihyperbolic $(b, \lambda)$-uniform domain.
Comments: 17 pages
Categories: math.FA
Related articles: Most relevant | Search more
arXiv:2403.17943 [math.FA] (Published 2024-02-19)
A $(φ_n, φ)$-Poincaré inequality on John domain
arXiv:2305.04016 [math.FA] (Published 2023-05-06)
A $(φ_\frac{n}{s}, φ)$-Poincaré inequality in John domain
arXiv:1210.1395 [math.FA] (Published 2012-10-04)
Widths of weighted Sobolev classes on a John domain