most citedCounting Arithmetical Structures on Paths and Cycles

13 citations · 13 across the 1 of their papers we have counts for

collaborators

7 papers

math.CO202613 cited

Counting Arithmetical Structures on Paths and Cycles

Benjamin Braun, Hugo Corrales, Scott Corry +6

Let be a finite, simple, connected graph. An arithmetical structure on is a pair of positive integer vectors such that $(\mathrm{diag}(\mathbf{d})-A…

math.CO2026

Extremal Matchings and Height Functions

Nickolas Anderson, Gregg Musiker

This paper studies a lattice structure for almost perfect matchings on certain planar, bipartite (plabic) graphs embedded in a disk. Postnikov's boundary measurement map, and subse…

math.CO2026

Gale-Robinson Quivers and Principal Coefficients

Qiyue Chen, Gregg Musiker

In this paper, we provide a combinatorial interpretation for Laurent polynomials obtained by iteratively mutating a certain periodic quiver that has been framed with frozen vertice…

math.CO2026

Twists, Higher Dimer Covers, and Web Duality for Grassmannian Cluster Algebras

Esther Banaian, Elise Catania, Christian Gaetz +3

We study a twisted version of Fraser, Lam, and Le's higher boundary measurement map, using face weights instead of edge weights, thereby providing Laurent polynomial expansions, in…

math.CO2025

Cluster scattering diagrams via quiver moduli and tight gradings

Amanda Burcroff, Kyungyong Lee, Lang Mou +2

We study rank-2 cluster scattering diagrams through moduli spaces of quiver representations and a recently developed combinatorial framework of tight gradings. Combining quiver-the…

math.CO2025

Higher Dimer Covers on Snake Graphs

Gregg Musiker, Nicholas Ovenhouse, Ralf Schiffler +1

Snake graphs are a class of planar graphs that are important in the theory of cluster algebras. Indeed, the Laurent expansions of the cluster variables in cluster algebras from sur…