极小体积熵与纤维增长
Minimal volume entropy and fiber growth
AI总结:
本文研究闭流形或有限单纯复形的极小体积熵在何种拓扑条件下消失或为正,该条件由映射纤维的基本群增长表示,并给出了零单纯体积但极小体积熵任意大的复形实例。
摘要:
本文探讨使得闭流形M,更一般地有限单纯复形X的极小体积熵消失或为正的拓扑假设条件。这些拓扑条件通过从给定有限单纯复形X到低维单纯复形P的映射的纤维的基本群的增长来表示。我们还给出了具有零单纯体积和任意大极小体积熵的有限单纯复形的例子。
英文摘要:
This article deals with topological assumptions under which the minimal volume entropy of a closed manifold $M$, and more generally of a finite simplicial complex $X$, vanishes or is positive. These topological conditions are expressed in terms of the growth of the fundamental group of the fibers of maps from a given finite simplicial complex $X$ to lower dimensional simplicial complexes $P$. We also give examples of finite simplicial complexes with zero simplicial volume and arbitrarily large minimal volume entropy.
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。