Pekka Pankka
University of Helsinki
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Pekka Pankka.
Proceedings of the American Mathematical Society | 2005
Ilkka Holopainen; Pekka Pankka
We study quasiregular mappings from a punctured Euclidean ball into n-manifolds with many ends and prove, by using Harnacks inequality, a version of the big Picard theorem.
Nagoya Mathematical Journal | 2008
Pekka Pankka; Pietro Poggi-Corradini; Kai Rajala
We answer a question posed in (12) on exponential integrability of functions of restricted n-energy. We use geomet- ric methods to obtain a sharp exponential integrability result for boundary traces of monotone Sobolev functions defined on the unit ball.
Conformal Geometry and Dynamics of The American Mathematical Society | 2006
Pekka Pankka
We study quasiregular mappings from a punctured unit ball of the Euclidean n-space into compact manifolds. We show that a quasiregular mapping has a limit in the point of punctuation whenever the dimension of the cohomology ring of the compact manifold exceeds a bound given in terms of the dimension and the distortion constant of the mapping.
Journal of The London Mathematical Society-second Series | 2014
Yûsuke Okuyama; Pekka Pankka
We establish the existence and fundamental properties of the equilibrium measure in uniformly quasiregular dynamics. We show that a uniformly quasiregular endomorphism
Groups, Geometry, and Dynamics | 2016
Rami Luisto; Pekka Pankka
f
arXiv: Complex Variables | 2014
Yûsuke Okuyama; Pekka Pankka
of degree at least 2 on a closed Riemannian manifold admits an equilibrium measure
Proceedings of The London Mathematical Society | 2018
Ilmari Kangasniemi; Pekka Pankka
\mu_f
Selecta Mathematica-new Series | 2017
Pekka Pankka; Vyron Vellis
, which is balanced and invariant under
Annales Academiae Scientiarum Fennicae. Series A1. Mathematica | 2004
Ilkka Holopainen; Pekka Pankka
f
Acta Mathematica | 2015
David Drasin; Pekka Pankka
and non-atomic, and whose support agrees with the Julia set of