TOP HIGGS

For m(top) > 150 GeV there exists an (m(top), m(Higgs))-area in which both the SM and the MSSM are excluded. But the requirement of vacuum s tability in a 2-Higgs model fits into this region. With supersymmetric SU(5) one can overcome by part the socalled hierarchy problem. Furthe r, SU(5) and SO(10) supersymmetric GUT models with fixed point solutio ns and non-linear realizations of SUSY belong also to this area. Final ly one can show that the SM originates from its minimal supersymmetric extension which is explicitely broken due to soft SUSY breaking terms at scale M(SUSY), and that the NMSSM has roughly no influence on the previous predictions. So far the discovery of Top at FNAL ''localizes' ' Higgs.