Relativistic Formulae for the Biquaternionic Model of Electro-Gravimagnetic Charges and Currents

Lyudmila Alexeyeva
2017 Journal of Modern Physics  
Here the biquaternionic model of electro-gravimagnetic field (EGM-field) has been considered, which describes the change of EGM-fields, charges and currents in their interaction. The invariance of these equations with respect to the group of Poincare-Lorentz transformations has been proved. The relativistic formulae of transformation for density of electric and gravity-magnetic charges and currents, active power and forces have been obtained. Open Access e J J e e e x J e e J J e e J J e e e J
more » ... J e e J J e e e J J e e J J e e J J e e e J J e e J J e e J J e e e J J e e J J e Defining the scalar and vector parts of the corresponding biquaternions, we obtain relations for charge and current densities and for power and force. The theorem has been proved. If = L W is an orthogonal transformation, then we obtain the usual recalculation of the coordinates of the vector part of biquaternions for orthogonal transformations. In this case, the scalar parts of the biquaternions (the charge
doi:10.4236/jmp.2017.87066 fatcat:nhopzvxptffndgmas52qihn57i