Dark-technicolour at low scale
Gauhar Abbas, Neelam Singh
TL;DR
This paper presents a low-scale dark-technicolour model that offers an ultraviolet completion of the standard HVM, predicts a dark-Higgs at 95.4 GeV, and suggests a grand-unification scale as low as 1.18×10^8 GeV.
Contribution
It introduces a low-scale realization of dark-technicolour providing new insights into Higgs physics and grand unification.
Findings
Dark-Higgs mass predicted at 95.4 GeV
Grand-unification scale as low as 1.18×10^8 GeV
Ultraviolet completion of the standard HVM
Abstract
We discuss a low-scale realization of the dark-technicolour paradigm, where the dark-technicolour scale is close to the electroweak scale. This scenario provides an ultraviolet completion of the standard HVM, and predicts a dark-Higgs with mass GeV. Moreover, the grand-unification scale in this framework can be as low as GeV.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Dark Matter and Cosmic Phenomena · Computational Physics and Python Applications