  It was shown: 1) that the mass of the Higgs boson discovered by LHC
corresponds to the stability conditions of the SM vacua and to the Multiple
Point Principle, according to which all vacua of the SM are degenerate, or
almost degenerate; 2) that early predicted by authors new bound states (NBS) of
the 6 top and 6 anti-top quarks ("T-fireballs"), which are formed by their
intermediate interactions with the Higgs bosons, manifest themselves in the
production of multijets in pp-collisions at LHC. The CMS experiment of LHC with
the production of 10 jets can be explained by the production of pairs of these
NBS along with the production of pairs of the top-anti-top quarks. 3) Also it
was shown that the next indication of the possible existence of the NBS can be
the decay $H\to \gamma\gamma$, which was observed by CMS-collaboration of LHC.
We have considered the contributions of the one-loop diagrams to the width
$\Gamma_{H\to \gamma\gamma}$, taking into account the contributions of the
T-fireballs along the contributions of the known SM-particles.
