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Plane partition realization of (web of) W$$ \mathcal{W} $$-algebra minimal models

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A bstractRecently, Gaiotto and Rapčák (GR) proposed a new family of the vertex operator algebra (VOA) as the symmetry appearing at an intersection of five-branes to which they refer as… Click to show full abstract

A bstractRecently, Gaiotto and Rapčák (GR) proposed a new family of the vertex operator algebra (VOA) as the symmetry appearing at an intersection of five-branes to which they refer as Y algebra. Procházka and Rapčák, then proposed to interpret Y algebra as a truncation of affine Yangian whose module is directly connected to plane partitions (PP). They also developed GR’s idea to generate a new VOA by connecting plane partitions through an infinite leg shared by them and referred it as the web of W-algebra (WoW). In this paper, we demonstrate that double truncation of PP gives the minimal models of such VOAs. For a single PP, it generates all the minimal model irreducible representations of W-algebra. We find that the rule connecting two PPs is more involved than those in the literature when the U(1) charge connecting two PPs is negative. For the simplest nontrivial WoW, N$$ \mathcal{N} $$ = 2 superconformal algebra, we demonstrate that the improved rule precisely reproduces the known character of the minimal models.

Keywords: partition realization; web mathcal; realization web; algebra; minimal models; plane partition

Journal Title: Journal of High Energy Physics
Year Published: 2019

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