Some generalizations of Preprojective algebras and their properties

preprint2015arXivOpen access

Abstract

In this note we consider a notion of relative Frobenius pairs of commutative rings S/RS/R. To such a pair, we associate an N\mathbb{N}-graded RR-algebra ΠR(S)Π_R(S) which has a simple description and coincides with the preprojective algebra of a quiver with a single central node and several outgoing edges in the split case. If the rank of SS over RR is 4 and RR is noetherian, we prove that ΠR(S)Π_R(S) is itself noetherian and finite over its center and that each ΠR(S)dΠ_R(S)_d is finitely generated projective. We also prove that ΠR(S)Π_R(S) is of finite global dimension if RR and SS are regular.

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