Masato Jimbo

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

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.

One-loop effects of Minimal Supersymmetric Standard Model particles in

The 1-loop effects of the MSSM at the ILC are investigated through numerical analysis. We studied the higgs production processes

e^-e^+\to Zh

e^-e^+\rightarrow Zh

and

and

e^-e^+\to \nu\bar\nu h

e^-e^+\rightarrow \nu\bar{\nu}h

at the International Linear Collider

at the ILC. It is found that the magnitude of the MSSM contribution through the 1-loop effects is sizable enough to be detected. In the study, three sets of the MSSM parameters are proposed, which are consistent with the observed higgs mass, the muon

1-loop effects of MSSM particles in Higgs productions at the ILC

g

The GRACE project - QCD, SUSY, Multi-loop -

-

Slepton NLG in GRACE/SUSY-loop

2

Present Status of GRACE/SUSY-loop

, the dark matter abundance and the decay branching ratios of