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arXiv 2407.10092math.DG
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拓扑旋量群与水平性的复杂性

The topological holonomy group and the complexity of horizontality

Naoya Ando, Anri Yonezaki

AI总结:

研究二维扭体空间中水平性的复杂性,分类SO(3)中的拓扑旋量群,并发现由有限阶元素生成的非交换对构成的稠密群。

摘要:

基于[1],我们研究每个与定向向量丛E(秩4,正定度量)相关的二维扭体空间\hat{E}_{\varepsilon}中水平性的复杂性,并获得SO(3)中拓扑旋量群的分类。我们观察到SO(3)中存在许多由两个有限阶元素生成的拓扑旋量群,这些群配备了由无限阶元素组成的非交换对。我们发现一些拓扑旋量群在SO(4)中是稠密的。

英文摘要:

Based on [1], we study the complexity of horizontality in each twistor space $\hat{E}_{\varepsilon}$ associated with an oriented vector bundle $E$ of rank $4$ with a positive-definite metric over the $2$-torus $T^2$, and obtain classification of the topological holonomy groups in $SO(3)$. We observe that there exist many topological holonomy groups in $SO(3)$ generated by two finite order elements and equipped with noncommutative pairs which consist of infinite order elements. We find topological holonomy groups which are dense in $SO(4)$.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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