BSM Physics from Enlarged Gauge Symmetry: the 331 Model, a case of study
Antonio Costantini
TL;DR
This paper explores the 331 model, a beyond Standard Model theory with enlarged gauge symmetry, highlighting its unique features like extra gauge bosons and fermions, and discussing its phenomenological implications for testing grand unified theories.
Contribution
It provides a detailed analysis of the 331 model's features, especially the phenomenology of doubly-charged gauge bosons, and discusses its relevance for testing GUT-inspired theories.
Findings
Identification of distinctive doubly-charged gauge bosons.
Analysis of the model's extended gauge and fermion sectors.
Implications for testing grand unified theories.
Abstract
We discuss the most relevant features of a BSM model with extra gauge symmetry, the so called 331 model. The gauge group is impling the presence of extra gauge bosons, both charged and neutral, as well as extra/exotic fermions and an enlarged scalar sector. We present the relevant phenomenology of doubly-charged gauge bosons, which are a distinctive feature of a version of the 331 model, and discuss the role of BSM phenomenology as a tool for testing GUT (inspired) theories.
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