Lekili–Ueda's tilting-object conjecture for maximally graded matrix factorizations

Let fSnf\in S^n be an invertible polynomial, and let LfL_f be its maximal grading. Let HMFSnLf(f)\operatorname{HMF}^{L_f}_{S^n}(f) be the homotopy category of maximally graded matrix factorizations. Lekili–Ueda's tilting-object conjecture. The category HMFSnLf(f)\operatorname{HMF}^{L_f}_{S^n}(f) has a tilting object. The conjecture is motivated by the study of Cohen–Macaulay representations of graded Gorenstein rings and is implied by the conjecture on a full strong exceptional collection. The source does not establish it in general.

Sources & referencesView supporting material

Primary source

Yuki Hirano and Genki Ouchi, “Derived factorization categories of non-Thom–Sebastiani-type sums of potentials”, arXiv:1809.09940 (2022).

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