On the Cp-Symmetry in the Neutrino Scattering by Nuclei

Begzhanov, R.B.; Sharafiddinov, Rasulkhozha S.

doi:10.1142/s0217732300000554

Cited by 3 publications

(7 citation statements)

References 8 publications

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“…It is not excluded, however, that the discussed processes depend [25] not only on the fermion properties but also on the structure of a nucleus itself. For elucidation of the nature of the neutrino, it is desirable to use a nucleus with zero spin and isospin.…”

Section: Mass Structure Of Neutrinos Of a Vector Naturementioning

confidence: 99%

Vector currents of massive neutrinos of an electroweak nature

Sharafiddinov

2014

Can. J. Phys.

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The mass of an electroweakly interacting neutrino consists of the electric and weak parts responsible for the existence of its charge, charge radius, and magnetic moment. Such connections explain the formation of paraneutrinos, for example, at the polarized neutrino electroweak scattering by spinless nuclei. We derive the structural equations that relate the self-components of mass to charge, charge radius, and magnetic moment of each neutrino as a consequence of unification of fermions of a definite flavor. They indicate the availability of neutrino universality and require following its logic in a constancy law dependence of the size implied from the multiplication of a weak mass of neutrino by its electric mass. According to this principle, all Dirac neutrinos of a vector nature, regardless of the difference in their masses, have the same charge, an identical charge radius, as well as an equal magnetic moment. Thereby, the possibility appears of establishing the laboratory limits of weak masses of the investigated types of neutrinos. Finding estimates show clearly that the earlier measured properties of these particles may testify in favor of the unified mass structure of their interaction with any of the corresponding types of gauge fields.

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Section: Mass Structure Of Neutrinos Of a Vector Naturementioning

confidence: 99%

Vector currents of massive neutrinos of an electroweak nature

Sharafiddinov

2014

Can. J. Phys.

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“…The neutrino mass leads to the origination [21,22] of interconversions ν L ↔ ν R and νR ↔ νL , for example, at the polarized neutrino scattering on nuclei [23,24]. However, in the form as it was suggested, the standard electroweak model [25][26][27] is not in state to elucidate the nature of such transitions that violate the P-parity of neutrinos without change of their lepton flavors.…”

Section: Gauge Group and The Current Structure Of Gravitymentioning

confidence: 99%

An allgravity as a grand unification of forces

Sharafiddinov¹

2021

phys essays

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Each type of Coulomb (Newton) charge corresponds to a kind of Coulomb (Newton) mass. Such a mass-charge duality principle explains the availability of the united rest mass and charge in a neutrino equal to all its mass and charge consisting of the electric, weak, and strong components and the range of other innate components. A neutrino itself, similarly to all other quantum matter with Coulomb (Newton) mass and charge, testifies hereby in favor of a kind of mononeutrino with magnetocoulomb (magnetonewton) rest mass and charge equal to all its mass and charge including the magnetoelectric, magnetoweak, and magnetostrong parts and the range of other innate parts. We discuss a theory in which symmetry between electricity and magnetism comes forward at the level of a grand unification mathematical logic as the defined symmetry between gravity and magnetogravity within the same allgravity responsible for all that in a curved space-time. This allgravity relates a graviton and a monograviton as a consequence of force unification forming a single allgraviton. Thereby, it establishes a set of forces and the role of mass and charge in their formation and thus directly reveals the most diverse properties of a curved space that have remained hitherto latent.

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“…These violations would seem to say that either among the incoming particles the same Ceven or C-odd neutrinos are present or the hypothesis about unification of fermions in families of a different C-parity is not valid. On the other hand, as follows from simple reasoning, each type of an asymmetry [20] arising at the expense of interference between the interactions of the symmetrical and antisymmetrical character concerning C or P, can be explained by a formation of a unified system of the two particles of the vector and axial-vector nature [32]. At the same time, nonconsevation of both C and P at the interaction of neutrinos of the most diverse currents with the field of emission is practically not excluded [33].…”

Section: From the Earlier Cp-symmetry To The New Flavourmentioning

confidence: 99%

“…If we suppose here that ψ l L,R = l L,R and ψ l R,L = l R,L , we would present the individual difermions (14) and (20) as follow:…”

Section: Unity Of Flavour and Gauge Symmetry Lawsmentioning

confidence: 99%

“…On the other hand, as was noted in the work [13], any of parafermions (14) and (15) can be formed only in the case where flavour symmetry establishes the interaction P-symmetrical picture, although P-symmetry of fermion is basically violated at the expense of its self inertial mass [27]. If we here take into account that as well as in the systems (14) and (15), the existence of a hard P-symmetrical connection between the two particles of each of paraparticles (20), (21) and (27) is by no means excluded naturally [17], there arises a question of whether the hypothesis about unidenticality of truly neutral neutrino and antineutrino is not strictly nonverisimilar even at the violation of CPT-symmetry of a CP-even axial-vector fermion itself.…”

Section: Introductionmentioning

confidence: 99%

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True Neutrality as a New Type of Flavour

Sharafiddinov

2016

Int J Theor Phys

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A classification of leptonic currents with respect to C-operation requires the separation of elementary particles into the two classes of vector C-even and axial-vector C-odd character. Their nature has been created so that to each type of lepton corresponds a kind of neutrino. Such pairs are united in families of a different C-parity. Unlike the neutrino of a vector type, any C-noninvariant Dirac neutrino must have his Majorana neutrino. They constitute the purely neutrino families. We discuss the nature of a corresponding mechanism responsible for the availability in all types of axial-vector particles of a kind of flavour which distinguishes each of them from others by a true charge characterized by a quantum number conserved at the interactions between the C-odd fermion and the field of emission of the corresponding types of gauge bosons. This regularity expresses the unidenticality of truly neutral neutrino and antineutrino, confirming that an internal symmetry of a C-noninvariant particle is described by an axial-vector space. Thereby, a true flavour together with the earlier known lepton flavour predicts the existence of leptonic strings and their birth in single and double beta decays as a unity of flavour and gauge symmetry laws. Such a unified principle explains the availability of a flavour symmetrical mode of neutrino oscillations.Comment: 19 pages, LaTex, Published version in IJT

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On the Cp-Symmetry in the Neutrino Scattering by Nuclei

Cited by 3 publications

References 8 publications

Vector currents of massive neutrinos of an electroweak nature

Vector currents of massive neutrinos of an electroweak nature

An allgravity as a grand unification of forces

True Neutrality as a New Type of Flavour

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