Document Type
Article
Publication Date
3-2015
Abstract
Currently, there is great renewed interest in proving the topological transitivity of various classes of continuous dynamical systems. Even though this is one of the most basic dynamical properties that can be investigated, the tools used by various authors are quite diverse and are strongly related to the class of dynamical systems under consideration. The goal of this review article is to present the state of the art for the class of Hölder extensions of hyperbolic systems with non-compact connected Lie group fiber. The hyperbolic systems we consider are mostly discrete time. In particular, we address the stability and genericity of topological transitivity in large classes of such transformations. The paper lists several open problems and conjectures and tries to place this topic of research in the general context of hyperbolic and topological dynamics.
Publication Title
Axioms
ISSN
2075-1680
Publisher
MDPI
Volume
4
Issue
1
First Page
84
Last Page
101
DOI
10.3390/axioms4010084
Recommended Citation
Nitica, V., & Török, A. (2015). Open and Dense Topological Transitivity of Extensions by Non-Compact Fiber of Hyperbolic Systems: A Review. Axioms, 4(1), 84-101. http://dx.doi.org/10.3390/axioms4010084