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On Cusp form Coefficients in Exponential Sums

The Quarterly Journal of Mathematics, 2001
Let \(f(z)\) be a holomorphic cusp form of weight \(k\) for \(SL_{2}(\mathbb Z)\), and \(e(t)=e^{2 \pi i t}\). The function \(f(z)\) has a Fourier expansion \(f(z)= \sum_{n=1}^{\infty} a(n) n^{(k-1)/2}e(nz),\) where \(a(n) \ll n^{\varepsilon}\) for any \(\varepsilon > 0\), due to Deligne.
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SIEGEL CUSP MODULAR FORMS AND COHOMOLOGY

Mathematics of the USSR-Izvestiya, 1987
A famous result in the classical theory of modular forms is the theorem of Eichler-Shimura [see e.g. \textit{G. Shimura}, J. Math. Soc. Japan 11, 291-311 (1959; Zbl 0090.055)]. It gives a relation between the space of cusp forms (for a Fuchsian group \(\Gamma\) of the first kind) and the cohomology of \(\Gamma\).
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On the Structure and Slopes of Drinfeld Cusp Forms

Experimental Mathematics, 2022
Andrea Bandini, Maria Valentino
exaly  

On the Asymptotic Distribution of Fourier Coefficients of Cusp Forms

Bulletin of the Brazilian Mathematical Society, 2023
Huafeng Liu
exaly  

Cusp Forms and Poincare Series

American Journal of Mathematics, 1968
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On the interlacing of the zeros of certain Poincaré cusp forms

Journal of Mathematical Analysis and Applications, 2023
exaly  

An \(\Omega\)-result for the coefficients of cusp forms

1975
Sei \(f\) eine Spitzenform (ungleich null) der Dimension \(- k\), \(k\ge 12\), zur Modulgruppe mit der Fourier-Entwicklung \(f(z) = \sum_{n=1}^\infty a(n)e^{2\pi inz}\), \(\Im z>0\). In enger Anlehnung an Ergebnisse und Beweise von \textit{R. A. Rankin} [Math. Ann.
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On the gaps in the Fourier expansion of cusp forms

Ramanujan Journal, 2008
Alexandru Zaharescu, Emre Alkan
exaly  

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