Topological and Geometric Universal Thermodynamics in Conformal Field Theory
arXiv:1801.07635 · doi:10.1103/PhysRevB.97.220407
Abstract
Universal thermal data in conformal field theory (CFT) offer a valuable means for characterizing and classifying criticality. With improved tensor network techniques, we investigate the universal thermodynamics on a nonorientable minimal surface, the crosscapped disk (or real projective plane, ). Through a cut-and-sew process, is topologically equivalent to a cylinder with rainbow and crosscap boundaries. We uncover that the crosscap contributes a fractional topological term related to nonorientable genus, with a universal constant in two-dimensional CFT, while the rainbow boundary gives rise to a geometric term , with the manifold size and the central charge. We have also obtained analytically the logarithmic rainbow term by CFT calculations, and discuss its connection to the renowned Cardy-Peschel conical singularity.
4 pages + references, 7 figures, 2 tables, supplementary material; published version
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Cited by in corpus (6)
- Critical properties of the two-dimensional -state clock model
- Klein bottle entropy of compactified boson conformal field theory
- Universal scaling of Klein bottle entropy near conformal critical points
- Extracting the Luttinger parameter from a single wave function
- Crosscap states and duality of Ising field theory in two dimensions
- Tensor network simulations for nonorientable surfaces