A classical approach to dyons in six-dimensional space-time

The classical electrodynamics for dyons in six-dimensional space-time has been studied in terms of generalized potentials and fields. Choosing a suitable Lagrangian in six-space, it has been shown that the magnetically charged particles necessarily require temporal degrees of freedom and to develop a consistent covariant theory for all relativistic phenomena the study of dyon in six-space appears as a natural choice. Extending generalized potentials and fields to account for additional temporal degrees of freedom the field equations have been derived in six-space. The dynamics of massive spin-1 dyon has been discussed under space-time dependent structural mappings and it has been shown that the force experienced by dyon considerably depends on the selection of trajectory of space-time. (author)