Hecke theory for SO+(2,n + 2)

Pub Date : 2024-04-24 DOI:10.1016/j.jnt.2024.03.003
Aloys Krieg , Hannah Römer , Felix Schaps
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Abstract

We describe the foundations of a Hecke theory for the orthogonal group SO+(2,n+2). In particular we consider the Hermitian modular group of degree 2 as a special example of SO+(2,4). As an application we show that the attached Maaß space is invariant under Hecke operators. This implies that the Eisenstein series belongs to the Maaß space. If the underlying lattice is even and unimodular, our approach allows us to reprove the explicit formula of its Fourier coefficients.

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SO+(2,n + 2) 的赫克理论
我们描述了正交群 SO+(2,n+2)的赫克理论基础。特别是,我们将阶数为 2 的赫米特模数群视为 SO+(2,4) 的一个特例。作为应用,我们证明了所附的 Maaß 空间在赫克算子作用下是不变的。这意味着爱森斯坦数列属于 Maaß 空间。如果底层晶格是偶数和单调的,我们的方法就能重新证明其傅里叶系数的明确公式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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