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HAUSDORFF DIMENSION AND CONFORMAL MEASURES OF FEIGENBAUM JULIA SETS

机译:Feigenbaum Julia套装的Hausdorff维度和保形措施

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Statement of the results. One of the first questions usually asked about a fractal subset of R~n is whether it has the maximal possible Hausdorff dimension, n. It certainly happens if the set has positive Lebesgue measure. On the other hand, it is easy to construct fractal sets of zero measure but of dimension n. Moreover, this phenomenon is often observable for fractal sets produced by conformal dynamical systems, iterated rational functions or Kleinian groups. In particular, the analogy with Kleinian groups suggested that the Julia sets of Feigenbaum maps should have Hausdorff dimension two. In this paper we will show that this is not always the case.
机译:结果陈述。 通常询问的第一个问题之一,通常询问R〜N的分形子集是它是否具有最大可能的Hausdorff维度,n。 如果集合具有积极的Lebesgue措施,它肯定会发生。 另一方面,易于构建分形零测量的分形集,但是尺寸为n。 此外,这种现象通常可观察到由共形动力系统产生的分形集,迭代合理函数或克莱南群。 特别是,与克莱尼群体的类比表明,朱莉娅的费尼亚布队的地图应该有豪斯多夫维度二。 在本文中,我们将表明这并不总是如此。

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