The extraordinary boundary transition in the 3d O(N) model via conformal bootstrap
arXiv:2111.03071 · doi:10.21468/SciPostPhys.12.6.190
Abstract
This paper studies the critical behavior of the 3d classical model with a boundary. Recently, one of us established that upon treating as a continuous variable, there exists a critical value such that for the model exhibits a new extraordinary-log boundary universality class, if the symmetry preserving interactions on the boundary are enhanced. is determined by a ratio of universal amplitudes in the normal universality class, where instead a symmetry breaking field is applied on the boundary. We study the normal universality class using the numerical conformal bootstrap. We find truncated solutions to the crossing equation that indicate . Additionally, we use semi-definite programming to place rigorous bounds on the boundary CFT data of interest to conclude that , under a certain positivity assumption which we check in various perturbative limits.
27+19 pages, 12 figures
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