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arXiv 1208.2684math.NTmath.CA
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垂直等差数列上的黎曼ζ函数

The Riemann-zeta function on vertical arithmetic progressions

Xiannan Li, Maksym Radziwill

摘要:

我们表明,扭曲的二阶矩的黎曼zeta函数平均的算术级数$1/2 + i(an + b)$与$a > 0$,$b$真正的,表现出显着的对应关系与类似的连续平均,并得出几个后果。例如,由线性独立性猜想的动机,我们证明了算术级数$a n + b$中至少有三分之一的元素不是$ζ(s)$的某个零点位于临界线上的坐标。这改进了Martin和Ng的早期工作。然后,我们通过在等差数列上产生$ζ(s)$的大值和小值来补充这一结果,这些值与当前已知的$t$为$ζ(1/2 + it)$的最佳$Ω$结果具有相同的质量。

英文摘要:

We show that the twisted second moments of the Riemann zeta function averaged over the arithmetic progression $1/2 + i(an + b)$ with $a > 0$, $b$ real, exhibits a remarkable correspondance with the analogous continuous average and derive several consequences. For example, motivated by the linear independence conjecture, we show at least one third of the elements in the arithmetic progression $a n + b$ are not the ordinates of some zero of $ζ(s)$ lying on the critical line. This improves on earlier work of Martin and Ng. We then complement this result by producing large and small values of $ζ(s)$ on arithmetic progressions which are of the same quality as the best $Ω$ results currently known for $ζ(1/2 + it)$ with $t$ real.

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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