On the analytical continuation of lattice Liouville theory
arXiv:2301.07454 · doi:10.1007/JHEP03(2023)061
Abstract
The path integral of Liouville theory is well understood only when the central charge . Here, we study the analytical continuation the lattice Liouville path integral to generic values of , with a particular focus on the vicinity of . We show that the lattice path integral can be continued to one over a new integration cycle of complex field configurations. We give an explicit formula for the new integration cycle in terms of a discrete sum over elementary cycles, which are a direct generalization of the inverse Gamma function contour. Possible statistical interpretations are discussed. We also compare our approach to one focused on Lefschetz thimbles, by solving a two-site toy model in detail. As the parameter equivalent to varies from to , we find an infinite number of Stokes walls (where the thimbles undergo topological rearrangements), accumulating at the destination point , where the thimbles become equivalent to the elementary cycles.
arXiv comment28 pages, 9 figures; v2: minor changes, accepted version
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