Double mirror conjecture for affine log Calabi–Yau varieties

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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.

References

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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