arXivDaily arXiv每日学术速递 周一至周五更新
arXiv周末暂无论文更新,休息一下吧,周末愉快~~
arXiv 1006.5801math.AGmath.AC
收藏

神奇的图像猜想

The Amazing Image Conjecture

Arno van den Essen

摘要:

在本文中,我们讨论了一个一般的框架,我们提出了一个新的猜想,由于文华赵,图像猜想。这个猜想包含了广义消失猜想和雅可比猜想。关键成分是马蒂厄空间的概念:让$k$是一个域和$R$交换$k$ -代数。一个$k$ -$R$的线性子空间$M$被称为$R$的马蒂厄子空间,如果以下成立:令$f\in R$是这样的,$f^m\in M$,对于所有$m\geq 1$,那么对于每个$g\in R$也是$gf^m\in M$,对于几乎所有的$m$,即只有1000个例外。设$A$是$\mathbb C$上的$ζ=ζ_1, ...,ζ_n$和$z_1, ...,z_n$中的多项式环.图像猜想(IC)断言$\sum_i(\partial_{z_i}-ζ_i)A$是$A$的Mathieu子空间。我们证明这个猜想$n=1$。此外,我们涉及(IC)到以下积分猜想:如果$B$是一个开放的子集$\mathbb R^n$和$σ$一个积极的措施,这样的积分在$B$的每个多项式在$z$在$\mathbb C$是有限的,那么一组多项式,其积分在$B$是零,是一个马蒂厄子空间的$\mathbb C[z]$。拉盖尔多项式在雅可比猜想的研究中起着特殊的作用。

英文摘要:

In this paper we discuss a general framework in which we present a new conjecture, due to Wenhua Zhao, the Image Conjecture. This conjecture implies the Generalized Vanishing Conjecture and hence the Jacobian Conjecture. Crucial ingredient is the notion of a Mathieu space: let $k$ be a field and $R$ a commutative $k$-algebra. A $k$-linear subspace $M$ of $R$ is called a Mathieu subspace of $R$, if the following holds: let $f\in R$ be such that $f^m\in M$, for all $m\geq 1$, then for every $g\in R$ also $gf^m\in M$, for almost all $m$, i.e. only finitely many exceptions. Let $A$ be the polynomial ring in $ζ=ζ_1, ...,ζ_n$ and $z_1, ...,z_n$ over $\mathbb C$. The Image Conjecture (IC) asserts that $\sum_i(\partial_{z_i}-ζ_i)A$ is a Mathieu subspace of $A$. We prove this conjecture for $n=1$. Also we relate (IC) to the following Integral Conjecture: if $B$ is an open subset of $\mathbb R^n$ and $σ$ a positive measure, such that the integral over $B$ of each polynomial in $z$ over $\mathbb C$ is finite, then the set of polynomials, whose integral over $B$ is zero, is a Mathieu subspace of $\mathbb C[z]$. It turns out that Laguerre polynomials play a special role in the study of the Jacobian Conjecture.

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。

↑