Moduli space of logarithmic states in critical massive gravities

Abstract

We take new algebraic and geometric perspectives on the combinatorial results recently obtained on the partition functions of critical massive gravities conjectured to be dual to Logarithmic CFTs throught the AdS${}_3$/LCFT${}_2$ correspondence. We show that the partition functions of logarithmic states can be expressed in terms of Schur polynomials. Subsequently, we show that the moduli space of the logarithmic states is the symmetric product $S^n\left({\mathbb{C}}^2\right)$. As the quotient of an affine space by the symmetric group, this orbifold space is shown to be described by Hilbert series that have palindromic numerators. The palindromic properties of the Hilbert series indicate that the orbifolds are Calabi-Yau, and allow for a new interpretation of the logarithmic state spaces in critical massive gravities as Calabi-Yau singular spaces.

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Cited by in corpus (4)

• Integrable hierarchies, Hurwitz numbers and a branch point field in critical topologically massive gravity
• Fragmented perspective of self-organized criticality and disorder in log gravity
• On palindromic numerators of bigraded symmetric orbifold Hilbert series and Kostka-Foulkes polynomials
• Monodromy, Logarithmic Sectors, and Two-Point Functions in Critical Topologically Massive Gravity