Big Probability Research Articles

Higgs and top mass predictions from SUSY broken at high scale

We study a model which originates from the minimal supersymmetric extension of the standard model with SUSY broken at a superhigh scaleA≈O((1012÷1019) GeV). We find that the most probable values of the Higgs and top-quark masses are: 70 GeV≤mh≤110 GeV,mt≤160 GeV. It means that with a big probability the top quark could be discovered within the next three years at TEVATRON and the Higgs will not be seen at LEPI.