It is shown that the set Rn := {Rz : ηn(z) = 0} contains an interval [αn, bn] for some αn 2, partial sum of the Dirichlet eta function η(z) := Σ∞ j=1(−1)j−1/jz. It means that in the strip [αn, bn]×R no vertical sub-strip is zero-free for ηn(z), n > 2. Since lim infn→∞ bn ≥ 1, that property is, in particular, asymptotically true for the partial sums ηn(z) in the critical strip (0, 1) × R.This work was partially supported by a grant from Ministerio de Economía y Competitividad, Spain (MTM 2014-52865-P)
In this paper we study the distribution of the zeros of each function G_{n}(z)≡1+2^{z}+...+n^{z}, n≥...
Abstract. In the paper the zero-distribution of the Lerch zeta-function L(λ, α, s), s = σ + it, defi...
Let View the MathML source ζn(z):=∑k=1n1kz, z=x+iy, be the n th partial sum of the Riemann zeta func...
It is shown that the set Rn := {Rz : ηn(z) = 0} contains an interval [αn, bn] for some αn 2, partia...
For every integer n≥2n≥2, let View the MathML sourceS(n)={z:a(n)≤Rez≤b(n)} be the critical strip whe...
We consider a certain class of multiplicative functions f:N→C. Let F(s)=∑∞n=1f(n)n−s be the associat...
For every integer n≥2n≥2, let View the MathML sourceS(n)={z:a(n)≤Rez≤b(n)} be the critical strip whe...
In this paper, we study the distribution of zeros of the ordinary Dirichlet polynomials which are ge...
In this paper, we study the distribution of zeros of the ordinary Dirichlet polynomials which are ge...
We estimate the 1-level density of low-lying zeros of L(s, χ) with χ ranging over primitive Dirichle...
International audienceWe estimate the 1-level density of low-lying zeros of L(s, χ) with χ ranging o...
AbstractSelberg has shown on the basis of the Riemann hypothesis that for every ε > 0 most intervals...
In this paper, we introduce a formula for the exact number of zeros of every partial sum of the Riem...
AbstractIn this paper we study the distribution of zeros of each entire function of the sequence {Gn...
Let 0 0, approximating any non-vanishing analytic function defined in the strip { s ∈ C : 1 / 2 0 ...
In this paper we study the distribution of the zeros of each function G_{n}(z)≡1+2^{z}+...+n^{z}, n≥...
Abstract. In the paper the zero-distribution of the Lerch zeta-function L(λ, α, s), s = σ + it, defi...
Let View the MathML source ζn(z):=∑k=1n1kz, z=x+iy, be the n th partial sum of the Riemann zeta func...
It is shown that the set Rn := {Rz : ηn(z) = 0} contains an interval [αn, bn] for some αn 2, partia...
For every integer n≥2n≥2, let View the MathML sourceS(n)={z:a(n)≤Rez≤b(n)} be the critical strip whe...
We consider a certain class of multiplicative functions f:N→C. Let F(s)=∑∞n=1f(n)n−s be the associat...
For every integer n≥2n≥2, let View the MathML sourceS(n)={z:a(n)≤Rez≤b(n)} be the critical strip whe...
In this paper, we study the distribution of zeros of the ordinary Dirichlet polynomials which are ge...
In this paper, we study the distribution of zeros of the ordinary Dirichlet polynomials which are ge...
We estimate the 1-level density of low-lying zeros of L(s, χ) with χ ranging over primitive Dirichle...
International audienceWe estimate the 1-level density of low-lying zeros of L(s, χ) with χ ranging o...
AbstractSelberg has shown on the basis of the Riemann hypothesis that for every ε > 0 most intervals...
In this paper, we introduce a formula for the exact number of zeros of every partial sum of the Riem...
AbstractIn this paper we study the distribution of zeros of each entire function of the sequence {Gn...
Let 0 0, approximating any non-vanishing analytic function defined in the strip { s ∈ C : 1 / 2 0 ...
In this paper we study the distribution of the zeros of each function G_{n}(z)≡1+2^{z}+...+n^{z}, n≥...
Abstract. In the paper the zero-distribution of the Lerch zeta-function L(λ, α, s), s = σ + it, defi...
Let View the MathML source ζn(z):=∑k=1n1kz, z=x+iy, be the n th partial sum of the Riemann zeta func...