Abstract

The Standard Model is reviewed and its extension is proposed to incorporate left-right symmetry as well as supersymmetry. Model principles are developed to build a gauge theory with supersymmetry and the minimal supersymmetric extension of the Standard Model (MSSM) is briefly discussed. The left-right supersymmetric extension of the Standard Model is introduced and the symmetry-breaking pattern is described. The physical vector bosons, the charginos and neutralinos, and the Higgs particles are identified. The Lagrangian terms for the interactions of the vector bosons A, Z L , Z R , W L , W R amongst themselves as well as all corresponding Feynman rules are written down. The interaction Lagrangian terms with three fields are obtained at least one of which is the Photon A or a neutral vector boson Z L or Z R or a charged vector boson W L or W R . Feynamn rules are written down for interactions with three fields at least one of which is the Photon A, or a charged vector boson W L or W R . The Feynman rules are used in order to calculate the anomalous magnetic moments and quadrupole moments of the charged vector bosons W L or W R of the left-right supersymmetric extension of the Standard Model.