Kontsevich-Zagier Integrals for Automorphic Green's Functions. I

preprint2014arXivOpen access

Abstract

In the framework of Kontsevich-Zagier periods, we derive integral representations for weight-kk automorphic Green's functions invariant under modular transformations in Γ0(N)\varGamma_0(N) (N∈Z≥1N\in\mathbb Z_{\geq1} ), provided that there are no cusp forms on the respective Hecke congruence groups with an even integer weight k≥4k\geq4. These Kontsevich-Zagier integral representations for automorphic Green's functions give explicit formulae for certain Eichler-Shimura maps connecting Eichler cohomology to Maaß cusp forms. We construct integral representations for weight-4 Gross-Zagier renormalized Green's functions (automorphic self-energy) from limit scenarios of the respective Kontsevich-Zagier integrals. We reduce the weight-4 automorphic self-energy on X0(4)(C)=Γ0(4)∖H∗ X_0(4)(\mathbb C)=\varGamma_0(4)\setminus\mathfrak H^* to an explicit form, which supports an algebraicity conjecture of Gross and Zagier.

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