Alternatives to an Elementary Higgs
Csaba Csaki, Christophe Grojean, and John Terning
TL;DR
This paper reviews various alternative models to the elementary Higgs boson, including extra dimensions, composite Higgs, and twin Higgs, discussing their theoretical frameworks, current experimental bounds, and prospects for future LHC searches.
Contribution
It provides a comprehensive overview of diverse strongly coupled and extra dimensional models of electroweak symmetry breaking, highlighting recent developments and experimental constraints.
Findings
Current bounds restrict parameter space of alternative models.
Future LHC searches will further test these models.
Multiple models offer viable mechanisms for electroweak symmetry breaking.
Abstract
We review strongly coupled and extra dimensional models of electroweak symmetry breaking. Models examined include warped extra dimensions, bulk Higgs, "little" Higgs, dilaton Higgs, composite Higgs, twin Higgs, quantum critical Higgs, and "fat" SUSY Higgs. We also discuss current bounds and future LHC searches for this class of models.
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