TL;DR
This paper explores an extended supersymmetric model incorporating an extra vector-like generation, analyzing its particle spectrum, symmetry breaking, and potential collider signatures.
Contribution
It introduces a novel supersymmetric framework with a full extra vector-like generation, including Higgs doublets, and studies its phenomenological implications.
Findings
Fermion and boson spectra are explicitly calculated.
Supersymmetry and gauge symmetry breaking mechanisms are analyzed.
Potential collider signatures at the LHC are discussed.
Abstract
Within the framework of supersymmetry, the particle content is extended in a way that each Higgs doublet is in a full generation. Namely in addition to ordinary three generations, there is an extra vector-like generation, and it is the extra slepton SU(2)_L doublets that are taken to be the two Higgs doublets. R-parity violating interactions contain ordinary Yukawa interactions. Breaking of supersymmetry and gauge symmetry are analyzed. Fermion and boson spectra are calculated. Phenomenological constraints and relevant new physics at Large Hadron Collider are discussed.
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