NORMALIZABILITY OF THE WAVE-FUNCTION OF THE UNIVERSE, PARTICLE PHYSICS AND SUPERSYMMETRY

Using a criterion obtained earlier for the normalizability of the Hart le-Hawking wave function of the Universe in the one-loop approximation we investigate the Permissible particle content of different models. To carry out such a consideration we calculate scaling factors zeta(0) for the spin-I gauge field and gravitino on the De Sitter instanton i n terms of physical degrees of freedom. It appears that the usual stan dard model of particle physics SU(3)c x SU(2)L x U(1), as well as the minimal SU(5) GUT model, does not satisfy the criterion of normalizabi lity while the standard supersymmetric model and the SU(5) SUSY model and the SU(5) supergravity model do satisfy this criterion.