5 citations · 15 across the 14 of their papers we have counts for
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Weak Mixing Matrix Structures in the Broken Mirror Symmetry Model
Igor T. Dyatlov
A model of symmetry violation is described for a system that can spontaneously choose the left-handed or right-handed character of weak currents. For the hierarchic structure of fe…
Dirac neutrinos in the seesaw mechanism. Dirac lepton number violation
Igor T. Dyatlov
The seesaw mechanism explains the exclusive smallness of neutrino masses by the presence of very heavy Majorana masses and leads to the appearance of Majorana particles and to the…
CP Properties of Leptons in Mirror Mechanism
Igor T. Dyatlov
Formation of quark and lepton mass matrices through intermediate states of heavy mirror fermions is capable of reproducing main qualitative properties of weak mixing matrices (CKM…
Manifestation of Lepton Interaction Nonuniversality in Spontaneously Violated Mirror Symmetry
Igor T. Dyatlov
LHCb data indicate a significant difference in widths between the B->K (or K^*) + e^+ e^- and B->K (or K^*) + μ^+ μ^- decays (April 2017). The width of the e^+ e^--channel is notic…
Structures of Neutrino Mass Spectrum and Lepton Mixing: Results of Violated Mirror Symmetry
Igor T. Dyatlov
The specific violated mirror symmetry model is capable of generating the observed lepton weak mixing matrix with a structure similar to the observed one that almost lacks any visib…
Phenomenology of Standard Model in spontaneously broken mirror symmetry
Igor T. Dyatlov
Violated mirror symmetry (MS) is capable of reproducing observed qualitative properties of weak mixing for quarks and leptons. In violated MS, lepton phenomenology, that is, small…
Spontaneous violation of mirror symmetry
Igor T. Dyatlov
A symmetry violation model is considered for a system that can spontaneously choose between identical states which differ from each other only in weak properties (R-L). Such mirror…
Quark and lepton mixing matrices: manifestations of a violated mirror symmetry
I. T. Dyatlov
Existence of heavy mirror analogs of ordinary fermions could explain a thinkable paradox within the Standard Model direct parity violation. This paradox is an objectionable possibi…
Observed Quark Mixing Structure (CKM-Matrix) -- Perception of Mirror Generations
I. T. Dyatlov
Parity nonconservation led Lee and Yang (1956) to the hypothesis of additional fermions with properties that mirror those of usual particles. It is shown here that the well-known o…
Nonstandard Origin of the Standard Electroweak Currents
I. T. Dyatlov
Implications are considered of the hypothesis that the symplectic group is the spontaneously violated gauge group of n lepton flavors. Invariant Majorana masses are impos…
Mass Spectrum and Number of Light Neutrinos: An Attempt of the Gauge Explanation
I. T. Dyatlov
Symplectic flavour symmetry group Sp(n/2) (n is even) of n Majorana states does not allow for invariant Majorana masses. Only specific mass matrices with diagonal and nondiagonal e…
Mass Hierarchy and Mixing as Results of Simultaneous Dynamical Breaking of Chiral and Flavor Symmetries
I. T. Dyatlov
If the hierarchy of quark masses comes out of simultaneous dynamical chiral and flavor symmetry breakings, it is inevitably accompanied by the flavor mixing. Therefore, these pheno…
Ground State for the Quark Mass Hierarchy and Mixings
I. T. Dyatlov
A multiflavor model for dynamical chiral breaking reveals a solution highly suitable for stimulation of flavor mass hierarchy and mixings. The mechanism triggering the both phenome…