Abstract
In electroweak theory without elementary Higgs scalars existence of a
solution, which breaks initial symmetry is shown. A composite scalar doublet
serves as a substitute for usual Higgs. The mass of the surviving Higgs scalar
is predicted to be \$M\_H = 117 7 GeV\$. The resulting theory contains
realistic \$W, Z, t\$ masses and composite massive Higgs. Parameters used are
\$g\$, \$þeta\_W\$, cut-off \$Łambda 3500 GeV\$ and triple gauge constant
\$łambda\_V -0.034\$. Stable nontrivial solution for extra interactions of
the Higgs particle gives contribution to muon \$g-2\$: \$\Delta a = 49.4\cdot
10^-10\$ that agrees with the recently reported anomaly. The extra interaction
leads to a number of experimental consequences for B.R. of Higgs decay and its
production cross-sections in \$e^+e^- \$ and \$p p\$ collisions including
recommendation for looking for Higgs via decay \$H 2 \gamma\$.
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