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arXiv 2503.08922math.SG
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环面可积哈密顿系统的条形码增长

Barcode growth for toric-integrable Hamiltonian systems

Erol Barut, Viktor L. Ginzburg

AI总结:

本文研究完全可积哈密顿系统中Floer或辛同调持续性模的条形码增长,证明在凸/凹或实解析环面域及闭环面流形上条形码呈多项式增长且次数不超过维数一半,与许多非平凡动力学系统的指数增长形成对比,并将条形码增长函数用作区分开域的不变量。

摘要:

我们继续研究哈密顿系统动力学与相关Floer或辛同调持续性模的条形码增长之间的联系,本文重点研究完全可积系统。我们证明,对于凸/凹或实解析环面域,以及闭环面流形上的凸/凹或实解析完全可积哈密顿量,条形码具有多项式增长,其次数(即慢条形码熵)不超过维数的一半。这种缓慢的多项式增长与许多具有充分非平凡动力学的系统的指数增长形成对比。我们还探讨了条形码增长函数作为域内部的不变量,并利用它来区分某些开域。

英文摘要:

We continue investigating the connection between the dynamics of a Hamiltonian system and the barcode growth of the associated Floer or symplectic homology persistence module, focusing now on completely integrable systems. We show that for convex/concave or real analytic toric domains and convex/concave or real analytic completely integrable Hamiltonians on closed toric manifolds the barcode has polynomial growth with degree (i.e., slow barcode entropy) not exceeding half of the dimension. This slow polynomial growth contrasts with exponential growth for many systems with sufficiently non-trivial dynamics. We also touch upon the barcode growth function as an invariant of the interior of the domain and use it to distinguish some open domains.

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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