arXiv:1810.10424 [math.NT]AbstractReferencesReviewsResources
Quadratic forms connected with Fourier coefficients of holomorphic and Maass cusp forms
Published 2018-10-24Version 1
In this work we prove a prime number type theorem involving the normalised Fourier coefficients of holomorphic and Maass cusp forms, using the classical circle method. A key point is in a recent paper of Fouvry and Ganguly, based on Hoffstein-Ramakrishnan's result about the non-existence of the Siegel zeros for $GL(2)$ $L$-functions, which allows us to improve preceding estimates.
Comments: 10 pages
Journal: Jornal of Number Theory 167 (2016) 118-127
Categories: math.NT
Subjects: 11F30
Tags: journal article
Related articles: Most relevant | Search more
$Ω$-Results for Exponential Sums Related to Maass Cusp Forms for $\mathrm{SL}_3(\mathbb Z)$
arXiv:1509.04757 [math.NT] (Published 2015-09-15)
Representations of integers by systems of three quadratic forms
Siegel zeros, twin primes, Goldbach's conjecture, and primes in short intervals