WebOn PZ type Siegel disks of the sine family GAOFEI ZHANG Department of Mathematics, Nanjing University, Nanjing 210093, PR China (e-mail: [email protected]) (Received 26 August 2012 and accepted in revised form 10 August 2014) Abstract. We prove that for typical rotation numbers 0 < <1, the boundary of the Siegel WebON DAVID TYPE SIEGEL DISKS OF THE SINE FAMILY GAOFEI ZHANG Abstract. In this paper, we develop a method to verify David’s inte-grability condition for certain Beltrami differentials without using Pe-tersen puzzles. Using this method and trans-quasiconformal surgery, we prove that for any David type rotation number, the boundary of
Topological characterisation of rational maps with Siegel disks
WebTheorem (Shishikura) All bounded type Siegel disks of polynomial maps are quasi-disks which have at least one critical point on their boundaries. The main purpose of this paper is to generalize the above result to bounded type Siegel disks of all rational maps. Main Theorem Let d ≥2 be an integer and 0 <1 be an irrational num-ber of ... Web18. dec 2008. · Zhang [Zha08] proved that bounded type Siegel disks of any prescribed combinatorics are realized by a unique rational map as long as outside the closure of the Siegel disk, the postcritical set is ... theater posa kempenaar lelystad
Dynamics of Siegel Rational Maps with Prescribed Combinatorics
Web01. mar 2024. · Besides the sine family, Theorem B can be also applied to some transcendental entire functions containing bounded type Siegel disks in [Ché06], [Yan13], [CE18] and [ZFS20]. If a transcendental ... WebA Siegel disk of a rational map f is a maximal domain on which f is holomorphically conjugate to an irrational rotation. It was conjectured by ... 2 GAOFEI ZHANG Main … WebJuly 2 2024 – Gaofei Zhang (张高飞) (Nanjing University) Time: 3:00-4:00pm (Beijing Time) Location: Zoom (ID: 822 0642 3584, Password: 822747) Title: On the local connectivity of the Julia sets of rational maps with bounded type Siegel disks*** Abstract: In the talk, I will sketch the idea of the proof of the following result. the golem 1995