The exact value of Hausdorff dimension of ...
Document type :
Compte-rendu et recension critique d'ouvrage
Title :
The exact value of Hausdorff dimension of escaping sets of class $${\mathcal {B}}$$ meromorphic functions
Author(s) :
Journal title :
Geometric And Functional Analysis
Pages :
53-80
Publisher :
Springer Verlag
Publication date :
2022-01-25
ISSN :
1016-443X
HAL domain(s) :
Mathématiques [math]
English abstract : [en]
We consider the subclass of class B consisting of meromorphic functions f : C → C for which infinity is not an asymptotic value and whose all poles have orders uniformly bounded from above. This class was introduced in [7] ...
Show more >We consider the subclass of class B consisting of meromorphic functions f : C → C for which infinity is not an asymptotic value and whose all poles have orders uniformly bounded from above. This class was introduced in [7] and the Hausdorff dimension HD(I(f)) of the set I(f) of all points escaping to infinity under forward iteration of f was estimated therein. In this paper we provide a closed formula for the exact value of HD(I(f)) identifying it with the critical exponent of the natural series introduced in [7]. This exponent is very easy to calculate for many concrete functions. In particular, we construct a function from this class which is of infinite order and for which HD(I(f)) = 0.Show less >
Show more >We consider the subclass of class B consisting of meromorphic functions f : C → C for which infinity is not an asymptotic value and whose all poles have orders uniformly bounded from above. This class was introduced in [7] and the Hausdorff dimension HD(I(f)) of the set I(f) of all points escaping to infinity under forward iteration of f was estimated therein. In this paper we provide a closed formula for the exact value of HD(I(f)) identifying it with the critical exponent of the natural series introduced in [7]. This exponent is very easy to calculate for many concrete functions. In particular, we construct a function from this class which is of infinite order and for which HD(I(f)) = 0.Show less >
Language :
Anglais
Popular science :
Non
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