6533b82dfe1ef96bd1291e61

RESEARCH PRODUCT

On the existence of attractors

Ming LiDawei YangChristian Bonatti

subject

Pure mathematicsMathematics::Dynamical SystemsApplied MathematicsGeneral MathematicsMathematical analysisOpen setDynamical Systems (math.DS)Nonlinear Sciences::Chaotic Dynamics37C05 37C20 37C25 37C29 37D30AttractorFOS: MathematicsDiffeomorphismMathematics - Dynamical SystemsMathematics::Symplectic GeometryMathematics

description

On every compact 3-manifold, we build a non-empty open set $\cU$ of $\Diff^1(M)$ such that, for every $r\geq 1$, every $C^r$-generic diffeomorphism $f\in\cU\cap \Diff^r(M)$ has no topological attractors. On higher dimensional manifolds, one may require that $f$ has neither topological attractors nor topological repellers. Our examples have finitely many quasi attractors. For flows, we may require that these quasi attractors contain singular points. Finally we discuss alternative definitions of attractors which may be better adapted to generic dynamics.

https://dx.doi.org/10.48550/arxiv.0904.4393