Some topics related to universality of L-functions with an Euler product
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Takashi Nakamura
Abstract
In this paper, we show the joint universality of the set of the Steuding class L-functions {L(s+iδlτ)}l=1m for almost all (δ1,…,δm)∈Rm. From this property, we obtain the result that {L(s+iδlτ)}l=j,k, where δj and δk are two of the above, has a kind of generalized strong recurrence. Roughly speaking, this means that L(s+iδjτ) can be uniformly approximated by L(s+iδkτ) in the sense of universality. Moreover, we consider the relation between the generalized strong recurrence and zeros of the Selberg and Steuding class L-functions L(s). Finally, we obtain the upper bound for the density of universality for the Steuding class L-functions.
© by Oldenbourg Wissenschaftsverlag, Noda, CHIBA 278-8510, Germany
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- Some topics related to universality of L-functions with an Euler product
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Articles in the same Issue
- Original Papers
- Some counterexamples for your calculus course
- Boundedness of some pseudo-differential operators on generalized Triebel–Lizorkin spaces
- Some topics related to universality of L-functions with an Euler product
- On the corkscrew condition for minimal sets
- Entire functions sharing values with their derivatives
- Expressions for two generalized Furdui series
- Differential polynomials which share a value with their derivative
- Toeplitz matrices, ergodicity and Fréchet spaces
- On algebraic selfsimilar solutions of the mean curvature flow