Bootstrapping Heisenberg Magnets and their Cubic Instability
arXiv:2011.14647 · doi:10.1103/PhysRevD.104.105013
Abstract
We study the critical model using the numerical conformal bootstrap. In particular, we use a recently developed cutting-surface algorithm to efficiently map out the allowed space of CFT data from correlators involving the leading singlet , vector , and rank-2 symmetric tensor . We determine their scaling dimensions to be , and also bound various OPE coefficients. We additionally introduce a new "tip-finding" algorithm to compute an upper bound on the leading rank-4 symmetric tensor , which we find to be relevant with . The conformal bootstrap thus provides a numerical proof that systems described by the critical model, such as classical Heisenberg ferromagnets at the Curie transition, are unstable to cubic anisotropy.
arXiv comment35 pages, 9 figures, 8 tables. v2: clearing typos
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