QED-inspired three-dimensional conformal lattice gauge theory without fine-tuning
arXiv:2009.01313 · doi:10.1103/PhysRevLett.125.261601
Abstract
We construct a conformal lattice theory with only gauge degrees of freedom based on the induced non-local gauge action in QED coupled to large number of flavors of massless two-component Dirac fermions. This lattice system displays signatures of criticality in gauge observables, without any fine-tuning of couplings and can be studied without Monte Carlo critical slow-down. By coupling exactly massless fermion sources to the lattice gauge model, we demonstrate that non-trivial anomalous dimensions are induced in fermion bilinears depending on the dimensionless electric charge of the fermion. We present a proof-of-principle lattice computation of the Wilson-coefficients of various fermion bilinear three-point functions. Finally, by mapping the charge of fermion in the model to a flavor in massless QED, we point to an universality in low-lying Dirac spectrum and an evidence of self-duality of QED.
arXiv commentMinor changes to title and text. Version to be published in PRL
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