activity
20112023
most citedGrothendieck classes of quiver cycles as iterated residues

8 citations · 17 across the 7 of their papers we have counts for

collaborators

8 papers

math.AT2023

Stabilization of codimension of persistence barcodes

Justin Allman, Anran Huang

Given a pointwise finite-dimensional persistence module over a totally ordered set , a theorem of Crawley-Boevey guarantees the existence of a barcode. When the set is finit…

math.AG2019

A family of structure isomorphisms for the Cohomological Hall Algebra of an acyclic quiver

Justin Allman

For any acyclic quiver, we establish a family of structure isomorphisms for its cohomological Hall algebra (CoHA). The family is parameterized by partitions of the quiver into Dynk…

math.RT2018★ 1 cited

Quantum dilogarithm identities for n-cycle quivers

Justin Allman

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 muta…

math.RT2018★ 1 cited

Interpolating factorizations for acyclic Donaldson--Thomas invariants

Justin Allman

We prove a family of factorization formulas for the combinatorial Donaldson--Thomas invariant for an acyclic quiver. A quantum dilogarithm identity due to Reineke, later interprete…

math.RT2017★ 2 cited

Quantum dilogarithm identities for the square product of A-type Dynkin quivers

Justin Allman, Richárd Rimányi

The famous pentagon identity for quantum dilogarithms has a generalization for every Dynkin quiver, due to Reineke. A more advanced generalization is associated with a pair of alte…

math.CO2014★ 5 cited

An iterated residue perspective on stable Grothendieck polynomials

J. Allman, R. Rimanyi

Grothendieck polynomials are important objects in the study of the -theory of flag varieties. Their many remarkable properties have been studied in the context of algebraic geom…

math.AG2013★ 8 cited

Grothendieck classes of quiver cycles as iterated residues

Justin Allman

In the case of Dynkin quivers we establish a formula for the Grothendieck class of a quiver cycle as the iterated residue of a certain rational function, for which we provide an ex…

math.QA2011

A quantum analogue of the dihedral action on Grassmannians

Justin M. Allman, Jan E. Grabowski

In recent work, Launois and Lenagan have shown how to construct a cocycle twisting of the quantum Grassmannian and an isomorphism of the twisted and untwisted algebras that sends a…