  We introduce the idea of bosonic see-saw mechanism in analogy with the
see-saw mechanism. Bosonic see-saw is a new symmetry breaking mechanism and we
apply it to explain electroweak symmetry breaking as an inevitable consequence
of supersymmetry breaking. The breaking of electroweak symmetry occurs at tree
level once supersymmetry is broken. Absence of color/charge breaking in this
model is related to doublet-triplet splitting in grand unified theory. An
extension of MSSM with a weak triplet shows very interesting results especially
when mu =0. It provides the most natural understanding of why we have only
electroweak symmetry breaking rather than having color/charge breaking. In the
limit mu=0, the model predicts very light chargino mass, 104 GeV while Higgs is
heavy, 130 GeV.
