Second Moments in the Generalized Gauss Circle Problem
arXiv:1703.10347 · doi:10.1017/fms.2018.26
Abstract
The generalized Gauss circle problem concerns the lattice point discrepancy of large spheres. We study the Dirichlet series associated to , where is the discrepancy between the volume of the -dimensional sphere of radius and the number of integer lattice points contained in that sphere. We prove asymptotics with improved power-saving error terms for smoothed sums, including and the Laplace transform , in dimensions . We also obtain main terms and power-saving error terms for the sharp sums , along with similar results for the sharp integral . This includes producing the first power-saving error term in mean square for the dimension-three Gauss circle problem.
arXiv commentNow 36 pages + 7 page appendix. To appear in Forum of Mathematics Sigma
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Cited by in corpus (8)
- Second Moments in the Generalized Gauss Circle Problem
- On Some Variants of the Gauss Circle Problem
- Triple Correlation Sums of Coefficients of Cusp Forms
- Non-real Poles and Irregularity of Distribution
- The Laplace Transform of the Second Moment in the Gauss Circle Problem
- Quantum Unique Ergodicity for Eisenstein Series in the Level Aspect
- Self-Correlations of Hurwitz Class Numbers
- Arithmetic Progressions of Squares and Multiple Dirichlet Series