Kac多项式的渐近行为
Asymptotic behaviour of Kac polynomials
AI总结:
本文研究箭图Kac多项式的渐近行为,提出仅依赖顶点环数的赋值猜想,证明重整化Kac多项式随箭数增加在幂级数环中线性收敛,并进一步猜想其系数的整体行为。
摘要:
我们猜想一个由计算支持的公式,用于计算箭图Kac多项式的赋值,该公式仅依赖于每个顶点处的环数。我们证明了当增加箭数时,箭图的重整化Kac多项式具有收敛性质:它们在幂级数环中收敛,且具有线性收敛速率。然后,我们提出了一个关于Kac多项式系数整体行为的猜想。所有计算均使用SageMath完成。
英文摘要:
We conjecture a formula supported by computations for the valuation of Kac polynomials of a quiver, which only depends on the number of loops at each vertex. We prove a convergence property of renormalized Kac polynomials of quivers when increasing the number of arrows: they converge in the ring of power series, with a linear rate of convergence. Then, we propose a conjecture concerning the global behaviour of the coefficients of Kac polynomials. All computations were made using SageMath.
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。