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An alternative description of the weak lepton interaction
Konstantin Karplyuk, Oleksandr Zhmudskyy
The description of the massive vector- and pseudo-vector bosons is proposed, which allows the use of them as interaction carriers. The boson propagators guarantee the renormalizabi…
Hypercomplex representation of the Lorentz's group
Konstantin Karplyuk, Oleksandr Zhmudskyy
Lorentz's group represented by the hypercomplex system of numbers, which is based on dirac matrices, is investigated. This representation is similar to the space rotation represent…
The universal expression for the amplitude square in quantum electrodynamics
K. S. Karplyuk, O. O. Zhmudskyy
The universal expression for the amplitude square |u_f M u_i|^2 for any matrix of interaction M is derived. It has obvious covariant form. It allows the avoidance of calculation of…
The hypercomplex equations for fermion interaction description
K. S. Karplyuk, O. O. Zhmudskyy
Equations are proposed for the description of the fermion interaction via massive and massless bosons. These equations lead to the propagators which maintain theory renormalization…
The first order equations for scalar bosons
K. S. Karplyuk, O. O. Zhmudskyy
It is shown that, in contrast to the generally accepted opinion, there exist first order equations for the scalar bosons. Such equations are proposed below. They are similar to the…