New Electroweak Formulation Fundamentally Accounting for the Effect Known as “Maximal Parity-Violation”

@article{Ziino2006NewEF,
  title={New Electroweak Formulation Fundamentally Accounting for the Effect Known as “Maximal Parity-Violation”},
  author={Giorgio Ziino},
  journal={International Journal of Theoretical Physics},
  year={2006},
  volume={45},
  pages={1993-2050}
}
  • G. Ziino
  • Published 6 June 2006
  • Physics
  • International Journal of Theoretical Physics
The electroweak scheme is wholly recast, in the framework of a relativistic quantum field formalism being a covariant fermion–antifermion extension of the usual one for massive spin-$$\frac{1}{2}$$ point fermions. The new formalism is able to reread the “maximal P-violation” effect in a way restoring P and C symmetries themselves: it provides a natural “chiral field” approach, which gives evidence of the existence of a pseudoscalar (extra) charge variety anticommuting with the scalar (ordinary… 
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References

SHOWING 1-10 OF 36 REFERENCES

FERMION QUANTUM FIELD THEORY WITH A NEW GAUGE SYMMETRY, RELATED TO A PSEUDOSCALAR-CONSERVED-CHARGE VARIETY

Massive chiral fields, “left-handed” for fermions and “right-handed” for antifermions, are shown to be a natural prediction of a new approach to the Dirac field theory which in the zero-mass limit

Theory of the Fermi Interaction

The representation of Fermi particles by two-component Pauli spinors satisfying a second order differential equation and the suggestion that in β decay these spinors act without gradient couplings

Mass reversal and weak interactions

SummaryAn attempt is made to construct a theory of all weak processes from a single invariance principle. The requirement that the weak interaction Hamiltonian be invariant under the reversal of the

Left-Right Gauge Symmetry and an Isoconjugate Model of CP Violation

Left-right symmetry in the starting gauge interactions provides the basis for an "isoconjugate" model of CP violation with the consequence that η+−=η00. The magnitude of CP violation is naturally

CP Violation in the Renormalizable Theory of Weak Interaction

In a framework of the renormalizable theory of weak interaction, problems of CP-violation are studied. It is concluded that no realistic models of CP-violation exist in the quartet scheme without

MPT versus : A manifestly covariant presentation of motion reversal and particle-antiparticle exchange

We show that particle-antiparticle exchange and covariant motion reversal are two physically different aspects of the same mathematical transformation, either in the prequantal relativistic equation

Mass reversal and the universal interaction

SummaryIt is assumed that the results of relativistic quantum theories should be invariant under the change in sign of the mass term in the Dirac Equation. The consequences of this principle for the

On parity conservation and neutrino mass

1. YANG and LEE(') have recently suggested that present experimental evidence does not exclude the possibility that parity is not conserved in (3-decay. If future experiments confirm this, it may be