Dynamical Electroweak Symmetry Breaking in the model of electroweak-scale right-handed neutrinos
P. Q. Hung, N. N. Le
TL;DR
This paper explores a model where electroweak symmetry is dynamically broken by condensates of mirror quarks and right-handed neutrinos, leading to a rich Higgs spectrum and involving Schwinger-Dyson analysis.
Contribution
It introduces a dynamical mechanism for electroweak symmetry breaking involving mirror quarks and right-handed neutrinos with a detailed Schwinger-Dyson investigation.
Findings
Dynamical formation of condensates of mirror quarks and right-handed neutrinos.
Prediction of a rich Higgs spectrum from condensate formation.
Analysis of Higgs VEVs in a dynamical symmetry breaking context.
Abstract
We present the Higgs mechanism in the context of the EW-scale model in which electroweak symmetry is dynamically broken by condensates of mirror quark and right-handed neutrino through the exchange of one fundamental Higgs doublet and one fundamental Higgs triplet, respectively. The formation of these condensates is dynamically investigated by using the Schwinger-Dyson approach. The occurrence of these condensates will give rise to the rich Higgs spectrum. In addition, the VEVs of Higgs fields is also discussed in this dynamical phenomenon.
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