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arXiv 1801.07415math.NT
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Riemann Zeta型函数的求和规则

Sum Rules for Functions of the Riemann Zeta Type

R. C. McPhedran

摘要:

我们考虑Riemann zeta型的解析函数,如果$s$是零,那么$1-s$也是零。我们使用这些函数的无穷乘积表示,假设它们的零点是一阶的。我们使用指数因子来加速收敛,并通过比较指数因子与原函数关于$s=0$的泰勒级数系数,将这些系数与零点倒数的幂和以求和规则的形式联系起来.这样的总和规则以前已考虑由Lehmer和Keiper,但这里采取的方法和应用更普遍。在相关的工作中,找到了黎曼假设成立的一个新的充分条件,并讨论了该条件成立的依据。

英文摘要:

We consider analytic functions of the Riemann zeta type, for which, if $s$ is a zero, so is $1-s$. We use infinite product representations of these functions, assuming their zeros to be of first order. We use exponential factors to accelerate convergence, and by comparing the exponential factors with the Taylor series coefficients about $s=0$ of the original function, connect these coefficients with sums of powers of reciprocals of the zeros, in the form of sum rules. Such sum rules have been previously considered by Lehmer and Keiper, but the approach and applications taken here are more general. In related work, a new sufficient condition is found for the Riemann hypothesis, and the basis for this condition is discussed.

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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