Correlation functions in loop models
arXiv:1505.00585
Abstract
In this paper we provide a step towards the understanding of the O() bulk operator algebra. By using a mixture of analytical and numerical methods, we compute (ratios of) structure constants, and analyse the logarithmic structure of the transfer matrix. We believe that the O() model for a generic value of (i.e. for not a root of unity) provides a toy model of a bulk logarithmic CFT that is considerably simpler than its counterparts at a root of unity.
36 pages + appendix, 7 figures
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- Global symmetry and conformal bootstrap in the two-dimensional model
- Fusion in the periodic Temperley-Lieb algebra and connectivity operators of loop models
- Two-point connectivity of two-dimensional critical Potts random clusters on the torus
- The fully packed loop model as a non-rational conformal field theory
- Critical loop models are exactly solvable
- Long-range quenched bond disorder in the bi-dimensional Potts model
- Three- and four-point connectivities of two-dimensional critical Potts random clusters on the torus
- Global symmetry and conformal bootstrap in the two-dimensional -state Potts model
- Bootstrap approach to geometrical four-point functions in the two-dimensional critical -state Potts model: A study of the -channel spectra
- Level Set Percolation in Two-Dimensional Gaussian Free Field
- The imaginary Toda field theory
- Logarithmic operators in bulk CFTs
- Conformal amplitude hierarchy and the Poincare disk
- Analytic conformal bootstrap and Virasoro primary fields in the Ashkin-Teller model