22 citations · 103 across the 28 of their papers we have counts for
7 papers · 1 filter
Uncertainty of the two-loop RG upper bound on the Higgs mass
Yu. F. Pirogov, O. V. Zenin
A modified criterion of the SM perturbative consistency is proposed. It is based on the analytic properties of the two-loop SM running couplings. Under the criterion adopted, the H…
Parametrizing and rephasing neutrino mixing
Yu. F. Pirogov
Neutrino mixing in the standard model extensions, both renormalizable and effective, with arbitrary numbers of the singlet and left-handed doublet neutrinos is investigated in a sy…
Quark masses and mixings in the standard model with heavy vector-like families
Yu. F. Pirogov, O. V. Zenin
The extension of the standard model with pairs of the vector-like families is studied. The quark mixing matrices for the left- and right-handed charged currents, as well as those f…
Vector-like family extension of the standard model and the light quark masses and mixings
Yu. F. Pirogov, O. V. Zenin
The standard model extended with the pairs of the vector-like families is studied. The model independent analysis for an arbitrary case and an explicit realization for the case wit…
Two-loop renormalization group profile of the standard model and a new generation
Yu. F. Pirogov, O. V. Zenin
The two-loop renormalization group global profile of the Standard Model (SM) in its full parameter space is investigated. Restrictions on the Higgs boson mass as a function of a cu…
Two-loop renormalization group restrictions on the standard model and the fourth chiral family
Yu. F. Pirogov, O. V. Zenin
In the framework of the two-loop renormalization group, the global profile of the Standard Model (SM) in its full parameter space is investigated up to the scale of the gauge singu…
Studying Lepton Family Violation in Lepton-Lepton Collisions
V. V. Kabachenko, Yu. F. Pirogov
In the context of the future high energy - high luminosity electron and muon colliders, all the relevant four-lepton processes with the lepton family violation (LFV) are systematic…