Conformal Bootstrap Dashing Hopes of Emergent Symmetry
arXiv:1602.07295 · doi:10.1103/PhysRevLett.117.131601
Abstract
We use the conformal bootstrap program to derive necessary conditions for emergent symmetry enhancement from discrete symmetry (e.g. ) to continuous symmetry (e.g. ) under the renormalization group flow. In three dimensions, in order for symmetry to be enhanced to symmetry, the conformal bootstrap program predicts that the scaling dimension of the order parameter field at the infrared conformal fixed point must satisfy . We also obtain the similar conditions for symmetry with and symmetry with from the simultaneous conformal bootstrap analysis of multiple four-point functions. Our necessary conditions impose severe constraints on many controversial physics such as the chiral phase transition in QCD, the deconfinement criticality in Néel-VBS transitions and anisotropic deformations in critical models. In some cases, we find that the conformal bootstrap program dashes hopes of emergent symmetry enhancement proposed in the literature.
4+5 pages, v2: improved bound, reference added, appendix added
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