Vanishing conjecture for the arithmetic theta lift

Let fH2n(ωL)Δf\in H_{2-n}(\omega_\mathscr{L})^\Delta, and let

ξ:H2n(ωL)Sn(ωL)\xi:H_{2-n}(\omega_\mathscr{L})\longrightarrow S_n(\overline{\omega}_\mathscr{L})

be the complex-conjugate-linear differential operator. Let θ^L(f)\widehat{\theta}_\mathscr{L}(f) be the arithmetic theta lift.

Vanishing conjecture. If ξ(f)=0\xi(f)=0, then

θ^L(f)=0.\widehat{\theta}_\mathscr{L}(f)=0.

This is the kernel-vanishing formulation of the assertion that the arithmetic theta lift factors through ξ\xi. Its status is not resolved in the supplied source.

Sources & referencesView supporting material

Primary source

Jan Hendrik Bruinier, Benjamin Howard and Tonghai Yang, “Heights of Kudla-Rapoport divisors and derivatives of L-functions”, arXiv:1303.0549 (2014).

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