1973Proceedings of the American Mathematical SocietyRequires access

The Hoheisel phenomenon for generalized Dirichlet series

Carlos Julio Moreno

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Abstract

Hoheisel’s proof that the difference between two consecutive primes is of smaller order of magnitude than either prime depends on Littlewood’s estimate for the zero-free region of the Riemann zeta function and a density estimate for the number of zeros in certain rectangles in the critical strip. In this note we derive Hoheisel’s result without appealing to Littlewood’s theorem, thus enlarging the range of applicability of Hoheisel’s argument to a more general class of Dirichlet series. Applications of the results to number theory are given.

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Hoheisel’s proof that the difference between two consecutive primes is of smaller order of magnitude than either prime depends on Littlewood’s estimate for the zero-free region of the Riemann zeta function and a density estimate for the number of zeros in certain rectangles in the critical strip. In this note we derive Hoheisel’s result without appealing to Littlewood’s theorem, thus enlarging the range of applicability of Hoheisel’s argument to a more general class of Dirichlet series. Applications of the results to number theory are given.

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Available abstract

Hoheisel’s proof that the difference between two consecutive primes is of smaller order of magnitude than either prime depends on Littlewood’s estimate for the zero-free region of the Riemann zeta function and a density estimate for the number of zeros in certain rectangles in the critical strip. In this note we derive Hoheisel’s result without appealing to Littlewood’s theorem, thus enlarging the range of applicability of Hoheisel’s argument to a more general class of Dirichlet series. Applications of the results to number theory are given.

Key concepts: Analytic number theory, Mathematics, Prime number theorem, Dirichlet distribution, Dirichlet series, Riemann zeta function, Dirichlet eta function, Riemann hypothesis

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