Monoidal categorification and quantum affine algebras
arXiv:1910.08307 · doi:10.1112/S0010437X20007137
Abstract
We introduce and investigate new invariants on the pair of modules and over quantum affine algebras by analyzing their associated R-matrices. From new invariants, we provide a criterion for a monoidal category of finite-dimensional integrable -modules to become a monoidal categorification of a cluster algebra.
42 pages
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Cited by in corpus (12)
- Q-data and representation theory of untwisted quantum affine algebras
- Isomorphisms among quantum Grothendieck rings and propagation of positivity
- The -Cartan matrix specialized at
- Deformed Cartan matrices and generalized preprojective algebras I: Finite type
- An Analog of Leclerc's Conjecture for Bases of Quantum Cluster Algebras
- -quantized Cartan matrix and R-matrices for cuspidal modules over quiver Hecke algebras
- Affinization of -oscillator representations of
- Affinizations, R-matrices and reflection functors
- Categorical crystals for quantum affine algebras
- Equivariant multiplicities via representations of quantum affine algebras
- Reality determining subgraphs and strongly real modules
- Super duality for quantum affine algebras of type