Light Higgs Production via Electron-Positron Collision

Abstract

The aim of this thesis is devoted to a detailed phenomenological analysis of the production of the lightest neutral Higgs boson 0 h in association with pairs of sleptons which are muon-sneutrino 0 e e h        and tau-sneutrino 0 e e h        at future e e   colliders in the context of the minimal supersymmetric standard model (MSSM). The dependence of the lowest order and the virtual one loop radiative corrected total cross sections on the center of mass energy and the other model parameters in the framework of the MSSM would be discussed. The phenomenological analyses are based on the CP-conserving MSSM with real parameters. Numerical results at the SPS1b and SPS 4 benchmark points as proposed in the Supersymmetry Parameter Analysis (SPA) project are presented for demonstration.