n-representation-finite algebras and n-APR tilting
Osamu Iyama, Steffen Oppermann

TL;DR
This paper introduces n-representation-finiteness as a generalization of classical finiteness in hereditary algebras, develops n-APR tilting, and characterizes a class of such algebras called 'type A' using combinatorial methods.
Contribution
It defines n-representation-finiteness, develops the n-APR tilting procedure, and provides a combinatorial classification of type A n-representation-finite algebras.
Findings
n-representation-finiteness generalizes classical representation-finiteness.
n-APR tilting preserves n-representation-finiteness.
Complete combinatorial description of type A n-representation-finite algebras.
Abstract
We introduce the notion of n-representation-finiteness, generalizing representation-finite hereditary algebras. We establish the procedure of n-APR tilting, and show that it preserves n-representation-finiteness. We give some combinatorial description of this procedure, and use this to completely describe a class of n-representation-finite algebras called "type A".
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Taxonomy
TopicsAlgebraic structures and combinatorial models · Advanced Topics in Algebra · Nonlinear Waves and Solitons
