Theoretical estimate of the higgs boson mass

It is assumed that the Higgs particle distorts space-time in its own neighborhood and generates a self-referential nonlinear field. Its almost flat space-time metric form gives a nonlinear equation of motion admitting soliton-like solutions. This in turn gives rise to a new type of wave - space-time (''mass-transmitting'') interactions allowing particles to acquire mass. The curvature of the (pseudo-) Riemannian manifold of a Higgs space-time yields the mass formula m(W,Z)(2) = integral d(3)x root det GR(H)(x) = 1/4m(H)(2) or m(H) = 182 GeV.