A variant of the Bombieri-Vinogradov theorem in short intervals with applications

Abstract

We generalize the classical Bombieri-Vinogradov theorem to a short interval, non-abelian setting. This leads to variants of the prime number theorem for short intervals where the primes lie in arithmetic progressions that are "twisted" by a splitting condition in a Galois extension $L/K$ of number fields. Using this result in conjunction with recent work of Maynard, we prove that rational primes in short intervals with a given splitting condition in a Galois extension $L/\mathbb{Q}$ exhibit dense clusters in short intervals. We explore several arithmetic applications related to questions of Serre regarding the nonvanishing Fourier coefficients of cuspidal modular forms, including finding dense clusters of fundamental discriminants $d$ in short intervals for which the central values of $d$-quadratic twists of modular $L$-functions are non-vanishing.

11 pages. The level of distribution is now explicit. Application to the short-interval Chebotarev density theorem included

References in corpus (1)

• Bounded Gaps Between Primes in Chebotarev Sets

Cited by in corpus (1)

• Chebotarev density theorem in short intervals for extensions of ${\mathbb{F}}_q(T)$