Degree-d-invariant Laminations

Degree-d-invariant Laminations
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d 度不变叠片

DOI:
10.2307/j.ctvthhdvv.15
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发表时间:
2019-06
期刊:
Ann. of Math. Stud.
影响因子:
--
通讯作者:
Dylan P. Thurston
Dylan P. Thurston
中科院分区:
其他
文献类型:
--
作者:
William P. Thurston;Hyungryul Baik;Yan Gao;John H. Hubbard;Tan Lei;Kathryn A. Lindsey;Dylan P. Thurston

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圆盘模型的d次不变层片:d次多项式的动力学作用;这样的层片定义了S1上的等价关系,该等价关系对应于相关多项式在Julia集合中的相同多个可达点处着陆的动态射线。本原专业是由临界叶和间隙组成的d度不变薄片的某些子集。本原d次较多项式的空间PM(D)是具有不同根的一次d次多项式集的脊椎,并且作为d次多项式的连通性轨迹边界的一个子集的参数。后临界有限多项式的核熵是该多项式在相应的Hubbard树上作用的拓扑熵。可以绕过Hubbard树,在d度不变层片的上下文中使用Hubbard树的组合模拟来直接计算核心熵。
Degree-d-invariant laminations of the disk model the dynamical action of a degree-d polynomial; such a lamination defines an equivalence relation on S1 that corresponds to dynamical rays of an associated polynomial landing at the same multi-accessible points in the Julia set. Primitive majors are certain subsets of degree-d-invariant laminations consisting of critical leaves and gaps. The space PM(d) of primitive degree-d majors is a spine for the set of monic degree-d polynomials with distinct roots and serves as a parameterization of a subset of the boundary of the connectedness locus for degree-d polynomials. The core entropy of a postcritically finite polynomial is the topological entropy of the action of the polynomial on the associated Hubbard tree. Core entropy may be computed directly, bypassing the Hubbard tree, using a combinatorial analogue of the Hubbard tree within the context of degree-d-invariant laminations.
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发表时间: 2001-11
影响因子: 1.3
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