Non-zero Fermion Modes Contribution to the Instanton-Induced Electroweak Processes at High Energies

where √ s is c.m. energy of the process, Esp ≈ 4 √ 6πmw g ≈ 16 TeV energy of sphaleron [7]. The first term in ”Holy Grail” function F (ε) is ’t Hooft suppression factor [1], the second corresponds to the multiple W and Higgs bosons production in Gauss approximation [4, 5], the third is a contribution of tree boson graphs [8, 9]. Boson loops [10] and fermion contribution [11] are accumulated in preexponent factor. One can naively suppose that F (ε) → 0 if √s → Esp and cross-section (1) can reach observable value . In this case pre-exponent constant in (1) can be important. Exact behavior of ”Holy Grail” is unknown at ε ≥ 1 and a question about possibility of observation of anomalous baryon number violation is still opened.