The New Compact 341 Model: Higgs Decay Modes
N.Mebarki, M.Djouala, J.Mimouni, H.Aissaoui
TL;DR
This paper explores the Higgs decay modes within the anomaly-free compact 341 model, analyzing how new particles influence decay signatures and assessing the model's viability against LHC data.
Contribution
It introduces detailed Higgs decay mode analysis in the compact 341 model, considering contributions from new fermions, gauge bosons, and scalars, and evaluates its compatibility with experimental constraints.
Findings
Model remains viable within current LHC constraints
New decay channels influenced by additional particles
Branching ratios support extended BSM physics
Abstract
New developments in the anomaly free compact 341 model are discussed and the higgs bosons decay modes are studied taking into account the contributions of new fermions, gauge bosons and scalar bosons predicted by the model. It is shown from signal strengths and the branching ratios of the various decay modes analysis and the LHC constraints that there is a room for this extended BSM model and it is viable.
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