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Dynamics of entire functions
D Schleicher - Holomorphic dynamical systems, 2010 - Springer
Complex dynamics of iterated entire holomorphic functions is an active and exciting area of
research. This manuscript collects known background in this field and describes several of …
research. This manuscript collects known background in this field and describes several of …
Classification of esca** exponential maps
We give a complete classification of the set of parameters $\kappa $ for which the singular
value of $ E_ {\kappa}: z\mapsto\exp (z)+\kappa $ escapes to $\infty $ under iteration. In …
value of $ E_ {\kappa}: z\mapsto\exp (z)+\kappa $ escapes to $\infty $ under iteration. In …
Bifurcations in the space of exponential maps
This article investigates the parameter space of the exponential family z↦\exp(z)+κ. We
prove that the boundary (in ℂ) of every hyperbolic component is a Jordan arc, as …
prove that the boundary (in ℂ) of every hyperbolic component is a Jordan arc, as …
Parameter rays in the space of exponential maps
M Förster, D Schleicher - Ergodic Theory and Dynamical Systems, 2009 - cambridge.org
We investigate the set I of parameters κ∈ ℂ for which the singular orbit (0, eκ,…) of Eκ (z):=
exp (z+ κ) converges to. These parameters are organized in curves in parameter space …
exp (z+ κ) converges to. These parameters are organized in curves in parameter space …
Perturbations of exponential maps: Non-recurrent dynamics
M Aspenberg, W Cui - Journal d'Analyse Mathematique, 2024 - Springer
We study perturbations of non-recurrent parameters in the exponential family. It is shown
that the set of such parameters has Lebesgue measure zero. This particularly implies that …
that the set of such parameters has Lebesgue measure zero. This particularly implies that …
[PDF][PDF] The dimension paradox in parameter space of cosine family
XJ Huang, WY Qiu - Chinese Annals of Mathematics, 2020 - researchgate.net
It is proved in this paper that the union of esca** parameter rays without endpoints for the
cosine family Sκ (z)= eκ (ez+ e− z), where κ∈ C is a parameter, has Hausdorff dimension 1 …
cosine family Sκ (z)= eκ (ez+ e− z), where κ∈ C is a parameter, has Hausdorff dimension 1 …
The Hausdorff dimension of directional edge esca** points set
X Huang, Z Liu, Y Li - Glasnik matematički, 2022 - hrcak.srce.hr
Sažetak In this paper, we define the directional edge esca** points set of function iteration
under a given plane partition and then prove that the upper bound of Hausdorff dimension of …
under a given plane partition and then prove that the upper bound of Hausdorff dimension of …
Esca** subsets of cosine functions with the given Hausdorff dimension
X Huang, Z Li, C Wu - Filomat, 2022 - doiserbia.nb.rs
The esca** set is the important object studied in dynamics of transcendental entire
functions. As exponential function is the most typical transcendental entire function, its …
functions. As exponential function is the most typical transcendental entire function, its …
[PDF][PDF] SERIJA III
X Huang, Z Liu, Y Li - GLASNIK MATEMATICKI - math.pmf.unizg.hr
In this paper, we define the directional edge esca** points set of function iteration under a
given plane partition and then prove that the upper bound of Hausdorff dimension of the …
given plane partition and then prove that the upper bound of Hausdorff dimension of the …
Hausdorff Measure of the Esca** Parameter Without Endpoints is Zero for Exponential Family
J Ding, L Yang - Taiwanese Journal of Mathematics, 2018 - JSTOR
1. Introduction Page 1 TAIWANESE JOURNAL OF MATHEMATICS Vol. 22, No. 6, pp. 1451–1462,
December 2018 DOI: 10.11650/tjm/180304 Hausdorff Measure of the Esca** Parameter …
December 2018 DOI: 10.11650/tjm/180304 Hausdorff Measure of the Esca** Parameter …