Quantum dilogarithm identities for n-cycle quivers
Justin Allman

TL;DR
This paper proves quantum dilogarithm identities for n-cycle quivers, linking them to maximal green sequences and Donaldson--Thomas invariants, and proposes a conjecture on their maximal lengths.
Contribution
It introduces new quantum dilogarithm identities for n-cycle quivers and connects them to maximal green sequences and Donaldson--Thomas invariants.
Findings
Identified quantum dilogarithm identities for n-cycle quivers
Connected identities to maximal green sequences of quiver mutations
Conjectured an upper bound on lengths of maximal green sequences
Abstract
We prove quantum dilogarithm identities for -cycle quivers. By the combinatorial approach of Keller, each side of our identity determines a maximal green sequence of quiver mutations. Thus we interpret our identities as factorizations of the refined Donaldson--Thomas invariant for the quiver with potential. Finally, we conjecture an upper bound on the possible lengths of maximal green sequences.
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Taxonomy
TopicsAlgebraic structures and combinatorial models · Advanced Combinatorial Mathematics · Advanced Topics in Algebra
