Christopher Chung

activity

20182023

most citedQuantum supergroups VI. Roots of

1

3 citations · 4 across the 4 of their papers we have counts for

collaborators

4 papers

math.RT2023

Representation type of level 1 KLR algebras $R^{Λ_{k}} (β)$ in type $C$

Christopher Chung, Berta Hudak

We determine the representation type for block algebras of the quiver Hecke algebras $R^{Λ_{k}} (β)$ of type $C_{ℓ}^{(1)}$ for all $k$ , generalising results of Ariki and Park for $Λ=…

math.QA2021

Canonical bases arising from $$ quantum covering groups

Christopher Chung

For $$ quantum covering groups $(U, U^{})$ of super Kac-Moody type, we construct $$ -canonical bases for the highest weight integrable $U$ -…

math.RT2019★ 1 cited

A Serre presentation for the $$ quantum covering groups

Christopher Chung

Let $(U, U^{})$ be a quasi-split quantum symmetric pair of Kac-Moody type. The $$ quantum group $U^{}$ admits a Serre presentation featuring…

math.QA2018★ 3 cited

Quantum supergroups VI. Roots of $1$

Christopher Chung, Thomas Sale, Weiqiang Wang

A quantum covering group is an algebra with parameters $q$ and $π$ subject to $π^{2} = 1$ and it admits an integral form; it specializes to the usual quantum group at $π = 1$ and to a qu…

Representation type of level 1 KLR algebras RΛk​(β) in type C

Canonical bases arising from quantum covering groups

A Serre presentation for the quantum covering groups

Quantum supergroups VI. Roots of 1

Representation type of level 1 KLR algebras $R^{Λ_{k}} (β)$ in type $C$

Canonical bases arising from $$ quantum covering groups

A Serre presentation for the $$ quantum covering groups

Quantum supergroups VI. Roots of $1$