Supersymmetric models of elementary particles. Theory in progress

Phenomenological models of supersymmetry violation are discussed. Problems of geometrical hierarchy is solved by means of generalization of Su(2)xU(1) theories and supersymmetry violation in the sector of light particles at the expense of radiation corrections. To avoid difficulties due to the appearance in operator of a member, violating supersymmetry by a value much higher the (μ2/μ)3 one, it is necessary to get rid of singlet chiral fields in the light sector (so-called ''sliding singlet''). The way, in which scalar quarks, leptons and spinor partners of calibrating bosons - calibrino - get their mass is shown. Mechanism of gluino production is considered. Phenomenological models of supersymmetry violation at the expense of supergravitation in the experiment beam dump are discussed. Ways of proton decomposition at the expense of dimensional operators 5 are considered. Potentials of scalar fields are obtained