Charging the Walking U(N)U(N) Higgs Theory as a Complex CFT
arXiv:2006.10078 · doi:10.1103/PhysRevD.102.125033
Abstract
We apply a semi-classical method to compute the conformal field theory (CFT) data for the U(N)xU(N) non-abelian Higgs theory in four minus epsilon dimensions at its complex fixed point. The theory features more than one coupling and walking dynamics. Given our charge configuration, we identify a family of corresponding operators and compute their scaling dimensions which remarkably agree with available results from conventional perturbation theory validating the use of the state-operator correspondence for a complex CFT.
7 pages
References in corpus (3)
Cited by in corpus (20)
- Spin Impurities, Wilson Lines and Semiclassics
- A Scaling Limit for Line and Surface Defects
- Resurgence of the large-charge expansion
- More on the Weak Gravity Conjecture via Convexity of Charged Operators
- Untangling scaling dimensions of fixed charge operators in Higgs Theories
- General scalar renormalisation group equations at three-loop order
- Anomalous dimensions at large charge in d=4 O(N) theory
- More on the cubic versus quartic interaction equivalence in the model
- Transition of Large -Charge Operators on a Conformal Manifold
- Yukawa interactions at Large Charge
- Reclaiming the Lost Conformality in a non-Hermitian Quantum 5-state Potts Model
- Nonrelativistic CFTs at Large Charge: Casimir Energy and Logarithmic Enhancements
- Anomalous dimensions at large charge for theory in three and four dimensions
- Operator spectrum of nonrelativistic CFTs at large charge
- Six-loop anomalous dimension of the operator in the symmetric model
- Large-Charge Limit of AdS Boson Stars with Mixed Boundary Conditions
- The Breakdown of Resummed Perturbation Theory at High Energies
- Gauge Invariance at Large Charge
- Boundary Conformal Field Theory at Large Charge
- Convexity, large charge and the large-N phase diagram of the theory