A criterion for density of the isoperiodic leaves in rank one affine invariant orbifolds

IF 0.8 2区 数学 Q2 MATHEMATICS Journal of Topology Pub Date : 2022-12-28 DOI:10.1112/topo.12279
Florent Ygouf
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引用次数: 1

Abstract

We define on any affine invariant orbifold M$\mathcal {M}$ a foliation FM$\mathcal {F}^{\mathcal {M}}$ that generalizes the isoperiodic foliation on strata of the moduli space of translation surfaces and study the dynamics of its leaves in the rank 1 case. We establish a criterion that ensures the density of the leaves and provide two applications of this criterion. The first one is a classification of the dynamical behavior of the leaves of FM$\mathcal {F}^{\mathcal {M}}$ when M$\mathcal {M}$ is a connected component of a Prym eigenform locus in genus 2 or 3 and the second provides the first examples of dense isoperiodic leaves in the stratum H(2,1,1)$\mathcal {H}(2,1,1)$ .
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秩一仿射不变轨道中等周期叶密度的判据
在任意仿射不变轨道上定义M$\mathcal {M}$ a叶理FM$\mathcal {F}^{\mathcal {M}}$,它推广了平动面模空间上各层的等周期叶理,并研究了其叶在秩1情况下的动力学。我们建立了一个保证叶片密度的标准,并提供了该标准的两个应用。第一个是FM$\mathcal {F}^{\mathcal {M}}$的叶的动态行为的分类,当M$\mathcal {M}$是Prym特征形轨迹在2或3属中的连通成分时,第二个提供了层H(2,1,1)$\mathcal {H}(2,1,1)$中密集等周期叶的第一个例子。
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来源期刊
Journal of Topology
Journal of Topology 数学-数学
CiteScore
2.00
自引率
9.10%
发文量
62
审稿时长
>12 weeks
期刊介绍: The Journal of Topology publishes papers of high quality and significance in topology, geometry and adjacent areas of mathematics. Interesting, important and often unexpected links connect topology and geometry with many other parts of mathematics, and the editors welcome submissions on exciting new advances concerning such links, as well as those in the core subject areas of the journal. The Journal of Topology was founded in 2008. It is published quarterly with articles published individually online prior to appearing in a printed issue.
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