  The present monograph is devoted to the theory of gravitation derived
consequently as joint nonlinear realization of conformal and affine symmetries
by means of Cartan differential forms. In the framework of the joint nonlinear
realization of conformal and affine symmetries the interpretation of the last
cosmological observational data of Ia Supernovae, anisotropy of the primordial
radiation temperature and the mass spectrum of electroweak bosons, including
the Higgs particle mass in the expected region ~ 125 GeV, is given. All these
observational and experimental data testify to the vacuum energy dominance. The
vacuum Casimir energy is a source of intensive cosmological quantum creation
gravitons and electroweak bosons including Higgs particles from the empty
Universe during the first 10^(-12) sec. The products of decay of the
electroweak bosons give the matter content of the present day Universe,
including primordial radiation and its baryon asymmetry.
