2016arXiv (Cornell University)Open access

On Fourier coefficients of modular forms of half integral weight at squarefree integers

Yujiao Jiang, Yuk-Kam Lau, Emmanuel Royer, Jie Wu

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Abstract

We show that the Dirichlet series associated to the Fourier coefficients of a half-integral weight Hecke eigenform at squarefree integers extends analytically to a holomorphic function in the half-plane $\re s\textgreater{}\tfrac{1}{2}$. This exhibits a high fluctuation of the coefficients at squarefree integers.

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We show that the Dirichlet series associated to the Fourier coefficients of a half-integral weight Hecke eigenform at squarefree integers extends analytically to a holomorphic function in the half-plane $\re s\textgreater{}\tfrac{1}{2}$. This exhibits a high fluctuation of the coefficients at squarefree integers.

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Available abstract

We show that the Dirichlet series associated to the Fourier coefficients of a half-integral weight Hecke eigenform at squarefree integers extends analytically to a holomorphic function in the half-plane $\re s\textgreater{}\tfrac{1}{2}$. This exhibits a high fluctuation of the coefficients at squarefree integers.

Key concepts: Square-free integer, Mathematics, Modular form, Fourier series, Holomorphic function, Siegel modular form, Pure mathematics, Combinatorics

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