arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 2001.05220math.COmath.DSmath.NT
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有限域上多项式级数的真复杂性

True complexity of polynomial progressions in finite fields

Borys Kuca

摘要:

有限域上多项式级数的真实复杂度对应于最小度Gowers范数,该范数控制大特征的有限域上级数的计数算子。我们给出了一个猜想,涉及到真正的复杂性之间的代数关系的进展,我们证明了一些进展,包括$x,\; x+y,\; x+y^2,\; x+y+y^2$和$x,\; x+y,\; x+2y,\; x+y^2$。作为推论,我们证明了在有限域的子集中复杂度为1的某些级数的计数的渐近性。在这个过程中,我们得到了一个等分布的结果,某些多项式级数,类似的计数引理系统的线性型证明的绿色和陶。

英文摘要:

The true complexity of a polynomial progression in finite fields corresponds to the smallest-degree Gowers norm that controls the counting operator of the progression over finite fields of large characteristic. We give a conjecture that relates true complexity to algebraic relations between the terms of the progression, and we prove it for a number of progressions, including $x,\; x+y,\; x+y^2,\; x+y+y^2$ and $x,\; x+y,\; x+2y,\; x+y^2$. As a corollary, we prove an asymptotic for the count of certain progressions of complexity 1 in subsets of finite fields. In the process, we obtain an equidistribution result for certain polynomial progressions, analogous to the counting lemma for systems of linear forms proved by Green and Tao.

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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