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Type: Article
Tame and wild theorem for the category of modules filtered by standard modules
Abstract:
We introduce the notion of interlaced weak ditalgebras and apply reduction procedures to their module categories to prove a tame-wild dichotomy for the category of ?-filtered modules for an arbitrary finite homological system . This includes the case of standardly stratified algebras. Moreover, in the tame case, we show that given a fixed dimension d, for every d-dimensional indecomposable module , with the only possible exception of those lying in a finite number of isomorphism classes, the module M coincides with its Auslander-Reiten translate in . Our proofs rely on the equivalence of with the module category of some special type of ditalgebra.
We introduce the notion of interlaced weak ditalgebras and apply reduction procedures to their module categories to prove a tame-wild dichotomy for the category of ?-filtered modules for an arbitrary finite homological system . This includes the case of standardly stratified algebras. Moreover, in the tame case, we show that given a fixed dimension d, for every d-dimensional indecomposable module , with the only possible exception of those lying in a finite number of isomorphism classes, the module M coincides with its Auslander-Reiten translate in . Our proofs rely on the equivalence of with the module category of some special type of ditalgebra.
Keywords: Dialgebras||Quasi-hereditary algebras||Standardlly stratified algebras||Homological systems||Tame and wild algebras|| Reduction functors
MSC: 16G60 (16G20 16G70)
Journal: Journal of Algebra
ISSN: 1090-266X
Year: 2024
Volume: 650
MR Number: 4736629
Revision: 1



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