Arithmetic modularity conjecture for higher Heegner cycles

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Let CH⁡^κ(Y)\widehat{\operatorname{CH}}^{\kappa}(\mathcal{Y}) be the arithmetic Chow group and define the arithmetic generating function

ϕ^κ=∑m>0, μZ^κ(m,μ)qmeμ∈CH⁡^κ(Y)⊗C[[q]].\widehat{\phi}_\kappa=\sum_{m>0,\,\mu}\widehat{\mathcal{Z}}_\kappa(m,\mu)q^me_\mu\in\widehat{\operatorname{CH}}^{\kappa}(\mathcal{Y})\otimes\mathbb{C}[[q]].

Arithmetic modularity conjecture. The function ϕ^κ\widehat{\phi}_\kappa is a cusp form. For κ=1\kappa=1, the source states that arithmetic modularity on the modular curve X0(N)X_0(N) has been proved.

References

Primary source

Tuoping Du and Zhifeng Peng, “On the central derivatives of l-functions and modularity of heenger cycles”, arXiv:2603.15795 (2026).

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