Bootstrapping frustrated magnets: the fate of the chiral universality class
arXiv:2405.19411 · doi:10.21468/SciPostPhys.18.2.060
Abstract
We study multiscalar theories with symmetry. These models have a stable fixed point in dimensions if is greater than some critical value . Previous estimates of this critical value from perturbative and non-perturbative renormalization group methods have produced mutually incompatible results. We use numerical conformal bootstrap methods to constrain for . Our results show that for . This favors the scenario that the physically relevant models with in do not have a stable fixed point, indicating a first-order transition. Our result exemplifies how conformal windows can be rigorously constrained with modern numerical bootstrap algorithms.
48 pages, 15 figures ; Added references
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