Holographic Methods and Gauge-Higgs Unification in Flat Extra Dimensions
Marco Serone
TL;DR
This paper reviews holographic techniques for analyzing Gauge-Higgs Unification models in flat extra dimensions, focusing on electroweak symmetry breaking and presenting two realistic models based on SU(3) and SO(5) gauge groups.
Contribution
It introduces holographic methods tailored for GHU models in flat extra dimensions and constructs two potentially realistic models with specific gauge groups.
Findings
Holographic techniques effectively analyze GHU models.
Two realistic GHU models based on SU(3) and SO(5) are constructed.
Insights into electroweak symmetry breaking in extra dimensions.
Abstract
I review the holographic techniques used to efficiently study models with Gauge-Higgs Unification (GHU) in one extra dimension. The general features of GHU models in flat extra dimensions are then reviewed, emphasizing the aspects related to electroweak symmetry breaking. Two potentially realistic models, based on SU(3) and SO(5) electroweak gauge groups, respectively, are constructed.
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