Double mirror conjecture for affine log Calabi–Yau varieties

Let UU be an affine log Calabi–Yau variety and let VV be a general fibre of its mirror family; assume the mirror construction extends to the canonical-singularity setting considered in the source. Let Sk(V)\operatorname{Sk}(V) denote the skeleton of VV and let O(U)\mathcal O(U) be the ring of regular functions on UU. Double mirror conjecture. UU is a fibre of the mirror family for VV. In particular, Sk(V)\operatorname{Sk}(V) parameterizes a basis of O(U)\mathcal O(U), canonical up to individual scaling.

The conjecture is described as the ultimate goal of the project: proving that affine log Calabi–Yau varieties with maximal boundary have canonical bases of regular functions. The corresponding statement is known in dimension two, while the general case remains open.

Sources & referencesView supporting material

Primary source

Sean Keel, Logan White and Tony Yue YU, “Log Calabi-Yau mirror symmetry and non-archimedean disks”, arXiv:2411.04067 (2026).

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