M T Teli
Articles written in Pramana – Journal of Physics
Volume 10 Issue 4 April 1978 pp 361-373 Nuclear And Particle Physics
On the symmetries between neutrino and antineutrino-nucleon elastic scattering
Various symmetry relations developed between neutrino-neutron and antineutrino-proton elastic scattering cross sections are surveyed and an identity between scattering amplitudes and a symmetry between cross sections of these processes established by considering
Volume 10 Issue 6 June 1978 pp 648-648 Erratum
On the symmetries between neutrino and antineutrino-nucleon elastic scattering
Volume 24 Issue 3 March 1985 pp 485-497 Electromagnetic Theory
Four component electromagnetic fields and electrodynamics
Dirac-Maxwell equations with magnetic monopoles are generalized to electromagnetic fields by introducing fourth components to the fields and their solutions are obtained. The formalism is presented into tensor, dyonic as well as quaternionic forms and conservation theorems for the field energy and momenta are obtained involving the new contribution from the mutual interaction of the fields and currents. The generation of the standard modes
Volume 93 Issue 1 July 2019 Article ID 0017 Research Article
General electrodynamics of non-abelian vector bosons of $SU(2)$
Generalised Dirac–Maxwell equations (GDM) are extended to describe non-abelian vector bosons by forming $SU(2)$ multiplet. Noether’s conserved current is investigated by forming suitable Lagrangian for thetheory. General electrodynamics (GED) equations are obtained as Euler–Lagrange equations. Higgs mechanism leads to eigenvalue problem with masses of the bosons as eigenvalues. The sources of the fields have only improper conservation. Analogous to abelian vector bosons, non-abelian vector bosons also are seen to have nuclear structure with massive nucleus. There occur two types of $SU(2)$ sheets, each of three non-abelian vector bosons: one group contains one bradyon and two tachyon vector bosons, whereas the other group contains one tachyon and two bradyon vector bosons. Physical $Z$ and $W$ bosons are formed from the eigenvectors of $U(1)$ and $SU(2)$. The $Z$ and $W$ bosons do not have the same coupling strengths in $SU(2)$.
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