New models for the action of Hecke operators in spaces of Maass wave forms

Mathematics – Number Theory

Scientific paper

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To appear in Ann. Inst. Fourier (Grenoble)

Scientific paper

Utilizing the theory of the Poisson transform, we develop some new concrete models for the Hecke theory in a space $M_{\lambda}(N)$ of Maass forms with eigenvalue $1/4-\lambda^2$ on a congruence subgroup $\Gamma_1(N)$. We introduce the field $F_{\lambda} = {\mathbb Q} (\lambda ,\sqrt{n}, n^{\lambda /2} \mid \~n\in {\mathbb N})$ so that $F_{\lambda}$ consists entirely of algebraic numbers if $\lambda = 0$. The main result of the paper is the following. For a packet $\Phi = (\nu_p \mid p\nmid N)$ of Hecke eigenvalues occurring in $M_{\lambda}(N)$ we then have that either every $\nu_p$ is algebraic over $F_{\lambda}$, or else $\Phi$ will - for some $m\in {\mathbb N}$ - occur in the first cohomology of a certain space $W_{\lambda,m}$ which is a space of continuous functions on the unit circle with an action of $\mathrm{SL}_2({\mathbb R})$ well-known from the theory of (non-unitary) principal representations of $\mathrm{SL}_2({\mathbb R})$.

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