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Modular Forms and Weierstrass Mock Modular Forms

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Alfes, Griffin, Ono, and Rolen have shown that the harmonic Maass forms arising from Weierstrass ζ-functions associated to modular elliptic curves “encode” the vanishing and nonvanishing for central values and derivatives of twisted Hasse-Weil L-functions for elliptic curves. Previously, Martin and Ono proved that there are exactly five weight 2 newforms with complex multiplication that are eta-quotients. In this paper, we construct a canonical harmonic Maass form for these five curves with complex multiplication. The holomorphic part of this harmonic Maass form arises from the Weierstrass ζ-function and is referred to as the Weierstrass mock modular form. We prove that the Weierstrass mock modular form for these five curves is itself an eta-quotient or a twist of one. Using this construction, we also obtain p-adic formulas for the corresponding weight 2 newform using Atkin’s U-operator.
Title: Modular Forms and Weierstrass Mock Modular Forms
Description:
Alfes, Griffin, Ono, and Rolen have shown that the harmonic Maass forms arising from Weierstrass ζ-functions associated to modular elliptic curves “encode” the vanishing and nonvanishing for central values and derivatives of twisted Hasse-Weil L-functions for elliptic curves.
Previously, Martin and Ono proved that there are exactly five weight 2 newforms with complex multiplication that are eta-quotients.
In this paper, we construct a canonical harmonic Maass form for these five curves with complex multiplication.
The holomorphic part of this harmonic Maass form arises from the Weierstrass ζ-function and is referred to as the Weierstrass mock modular form.
We prove that the Weierstrass mock modular form for these five curves is itself an eta-quotient or a twist of one.
Using this construction, we also obtain p-adic formulas for the corresponding weight 2 newform using Atkin’s U-operator.

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