The nature of the continuum limit in strongly coupled quenched QED

Details The nature of the continuum limit in strongly coupled quenched QED The nature of the continuum limit in strongly coupled quenched QED

1992-10-09

arxiv.org/abs/hep-lat/9210015v1

Physics

High Energy Physics

High Energy Physics - Lattice

(talk given at the XXVI ICHEP, Dallas, TX, Aug 6-12 92), 6 pp., ILL-(TH)-92-#22

Scientific paper

10.1063/1.43404

We review the results of large scale simulations of noncompact quenched $QED$ which use spectrum and Equation of State calculations to determine the theory's phase diagram, critical indices, and continuum limit. The resulting anomalous dimensions are in good agreement with Schwinger-Dyson solutions of the ladder graphs of conventional $QED$ and they satisfy the hyperscaling relations expected of a relativistic renormalizable field theory. The spectroscopy results satisfy the constraints of the Goldstone mechanism and PCAC, and may be indicative of Technicolor versions of the Standard Model which are strongly coupled at short distances.

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