Comments on lattice gauge theories with infrared-attractive fixed points
Thomas DeGrand, Anna Hasenfratz
TL;DR
This paper discusses the physics of gauge theories with fermions that have an infrared-attractive fixed point, providing a minimal framework and commenting on expected lattice simulation results within this regime.
Contribution
It offers a simplified description of IRFP gauge theories and discusses anticipated outcomes of lattice simulations exploring these fixed points.
Findings
Framework for IRFP gauge theories
Predictions for lattice simulation results
Insights into the infrared behavior of gauge theories
Abstract
Theories of interacting gauge fields and fermions can possess a running gauge coupling with an infrared attractive fixed point (IRFP). We present a minimal description of the physics of these systems and comment on some simple expectations for results from lattice simulations done within the basin of attraction of the IRFP in these theories.
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