TL;DR
This paper explores universal quasiconformal behavior in non-Abelian gauge theories with mass-dependent beta-functions, revealing different walking behaviors and proposing candidate theories for dynamical electroweak symmetry breaking.
Contribution
It identifies universal quasiconformal behavior in gauge theories with mass effects and applies these insights to develop candidate walking technicolor models.
Findings
Different types of walking behavior depending on mass presence
Universal quasiconformal behavior in non-Abelian gauge theories
Application to dynamical electroweak symmetry breaking
Abstract
We identify universal quasiconformal (walking) behaviour in non-Abelian gauge field theories based on the mass-dependent all-order beta-function introduced in arXiv:0908.1364. We find different types of walking behaviour in the presence of (partially) massive species. We employ our findings to the construction of candidate theories for dynamical electroweak symmetry breaking by walking technicolour.
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