EFFECTIVENESS
OF MODERN DIRECTIONS IS IN RESEARCH OF POWER PROPERTIES OF MATTER
V.I. Ryabkov,
N.G. Tolmachov
Two modern
ways of substance properties research are considered in comparative statement:
by collider processes in the field of high energies and on the base of
quantum-energy modeling of micro and super particles interaction. The base aims
and tasks which are supposed to be solved on Large hadron collider (LHC) are put in a basis of the comparative
estimation. It is shown, that use of principle of supersymmetry
and energy invariant in models of micro and super particles interaction has
allowed to estimate quantitatively Higgs boson and
magnetic monopole parameters, which are the main research aims of LHC. It is
also established, that quantum-energy modeling of micro and super particles
interaction has resulted in discovering of essentially new kind of energy, which
is possessed by super particles.
Key words: Large hadron collider, bi-substance, Higgs boson, magnetic
monopole, tachyon energy