-Deformation of Corner Vertex Operator Algebras by Miura Transformation
arXiv:2101.03953 · doi:10.1007/JHEP04(2021)202
Abstract
Recently, Gaiotto and Rapcak proposed a generalization of algebra by considering the symmetry at the corner of the brane intersection (corner vertex operator algebra). The algebra, denoted as , is characterized by three non-negative integers . It has a manifest triality automorphism which interchanges , and can be obtained as a reduction of through a "pit" in the plane partition representation. Later, Prochazka and Rapcak proposed a representation of in terms of free bosons through a generalization of Miura transformation, where they use the fractional power differential operators. In this paper, we derive a -deformation of their Miura transformation. It gives the free field representation for -deformed , which is obtained as a reduction of the quantum toroidal algebra. We find that the -deformed version has a "simpler" structure than the original one because of the Miki duality in the quantum toroidal algebra. For instance, one can find a direct correspondence between the operators obtained by the Miura transformation and those of the quantum toroidal algebra. Furthermore, we can show that the screening charges of both the symmetries are identical.
53 pages; typos corrected, references added
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- Gauge origami and quiver W-algebras
- More on Affine Dynkin Quiver Yangians
- Gauge origami and quiver W-algebras III: Donaldson--Thomas -characters
- Crystals and Double Quiver Algebras from Jeffrey-Kirwan Residues
- An Overview of Crystals and Double Quiver Yangians
- Direct Sum Structure of the Super Virasoro Algebra and a Fermion Algebra Arising from the Quantum Toroidal