One loop effects of natural SUSY in third generation fermion production at the ILC

Abstract

Within the framework of the Minimal Supersymmetric Standard Model, we investigate the 1-loop effects of supersymmetric particles on the third-generation fermion-pair production at the ILC. Three sets of the SUSY parameters are proposed which are consistent with the observed Higgs mass, the muon g-2, the Dark Matter abundance and the decay branching ratio of B meson. We discuss on the possibility of discovering the signals consistent with SUSY as well as of experimentally distinguishing the proposed sets of SUSY parameters.

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• A sub-GeV dark matter model
• $\mathcal{O}({\alpha }^2)$ ISR effects with a full electroweak one-loop correction for a top pair-production at the ILC
• Beam polarization effects on top-pair production at the ILC
• One-loop effects of MSSM particles in e^-e^+ \to Zh and e^-e^+ \to ν\barνh at the ILC