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arXiv 1609.02577math.GRmath.DS
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CAT(0)立方复形的随机游动和有界性

Random Walks and Boundaries of CAT(0) Cubical complexes

Talia Fernós, Jean Lécureux, Fréderic Mathéus

摘要:

我们证明了在弱假设下,随机游动到CAT(0)立方复形的前推$\{Z_no\}$收敛到边界上的一点。我们引入了挤压点的概念,这使我们能够考虑在辊边界或视觉边界的收敛,与适当的假设。这项研究使我们能够表明,任何非初等行动必然包含正规元素,也就是说,元素,作为秩-1双曲等距在每个不可约因子的本质核心。

英文摘要:

We show under weak hypotheses that the pushforward $\{Z_no\}$ of a random-walk to a CAT(0) cube complex converges to a point on the boundary. We introduce the notion of squeezing points, which allows us to consider the convergence in either the Roller boundary or the visual boundary, with the appropriate hypotheses. This study allows us to show that any nonelementary action necessarily contains regular elements, that is, elements that act as rank-1 hyperbolic isometries in each irreducible factor of the essential core.

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