The normed Calabi–Yau conjecture for toric Landau–Ginzburg models

Let \triangle be a Delzant polytope, let LG()LG(\triangle) be the associated valued Landau–Ginzburg model, and let MF(W)MF(W_\triangle) be its normed matrix factorization category. Denote by Θ\Theta the \infty-trace on MF(W)MF(W_\triangle) constructed from the toric Landau–Ginzburg model.

Normed Calabi–Yau conjecture. For each Delzant polytope \triangle, the \infty-trace Θ\Theta on MF(W)MF(W_\triangle) is a normed Calabi–Yau structure.

This claim would establish the required Calabi–Yau structure for the trace arising from every toric Landau–Ginzburg model. The supplied text does not indicate whether it has been proved or remains open.

Sources & referencesView supporting material

Primary source

May Sela and Jake P. Solomon, “Numerical invariants of normed matrix factorizations”, arXiv:2412.04437 (2024).

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