ON THE KALUZA–KLEIN GEOMETRIZATION OF THE ELECTROWEAK MODEL WITHIN A GAUGE THEORY OF THE FIVE-DIMENSIONAL LORENTZ GROUP

@article{Montani2006ONTK,
  title={ON THE KALUZA–KLEIN GEOMETRIZATION OF THE ELECTROWEAK MODEL WITHIN A GAUGE THEORY OF THE FIVE-DIMENSIONAL LORENTZ GROUP},
  author={Orchidea Maria Lecian Giovanni Montani},
  journal={International Journal of Modern Physics D},
  year={2006},
  volume={15},
  pages={717-736}
}
The geometrization of the Electroweak Model is achieved in a five-dimensional Riemann–Cartan framework. Matter spinorial fields are extended to 5 dimensions by the choice of a proper dependence on the extracoordinate and of a normalization factor. U(1) weak hypercharge gauge fields are obtained from a Kaluza–Klein scheme, while the tetradic projections of the extradimensional contortion fields are interpreted as SU(2) weak isospin gauge fields. SU(2) generators are derived by the identification… Expand
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References

SHOWING 1-10 OF 10 REFERENCES
Gauge theories as a geometrical issue of a Kaluza-Klein framework
We present a geometrical unification theory in a Kaluza–Klein approach that achieve the geometrization of a generic gauge theory bosonic component. We show how it is possible to derive gauge chargeExpand
Geometrization of the Gauge Connection within a Kaluza–Klein Theory
We geometrize a generic (abelian and non-abelian) gauge coupling within the framework of a Kaluza–Klein theory, by choosing a suitable matter-field dependence on the extra coordinates. We firstExpand
Kaluza-Klein theories
Kaluza-Klein theory is developed starting from the simplest example in which a single extra spatial dimension is compactified to a circle, and a single Abelian gauge field emerges in four dimensionsExpand
The Atomicity of Electricity as a Quantum Theory Law
IN the five-dimensional theory of the connexion between electromagnetism and gravitation first proposed by Th. Kaluza (Sitzungsberichte d. Berl. Akad., 1921, S. 766; see also O. Klein, Zs. für Phys.,Expand
Search for a realistic Kaluza-Klein theory
An attempt is made to construct a realistic model of particle physics based on eleven-dimensional supergravity with seven dimensions compactified. It is possible to obtain an SU(3) × SU(2) × U(1)Expand
Dimensional reduction of Weyl, Majorana and Majorana-Weyl spinors
Abstract We discuss the dimensional reduction for Weyl, Majorana, or Majorana-Weyl spinors coupled to pure d -dimensional ( d ⪢ 4) gravity. The only case where a realistic four-dimensional low-energyExpand
Where has the fifth dimension gone
We show that a simple solution to the vacuum field equations of general relativity in 4 + 1 space-time dimensions leads to a cosmology which at the present epoch has 3 + 1 observable dimensions inExpand
All Possible Symmetries of the S Matrix
We prove a new theorem on the impossibility of combining space-time and internal symmetries in any but a trivial way. The theorem is an improvement on known results in that it is applicable toExpand
INHOMOGENEOUS de SITTER SOLUTION WITH SCALAR FIELD AND PERTURBATIONS SPECTRUM
We provide an inhomogeneous solution concerning the dynamics of a real self-interacting scalar field minimally coupled to gravity in a region of the configuration space where it performs a slowExpand