Electric and magnetic fluxes for pseudo-hyperbolic magnetic particles

Abstract

In this study, we characterize the electromagnetic parameters of magnetic particles in pseudo hyperbolic (ph) 3-space and analyze the electric and magnetic fluxes associated with these parameters. In particular, we examine power flows as an electromagnetic parameter. This involves determining how energy flows within the system and understanding the energy density and magnitude of the magnetic particles under consideration. In our study, we use curves representing the trajectories of electromagnetic waves and the equations of electric and magnetic fields as materials. First of all, we derive magnetic fields and Lorentz forces for these particles, which you refer to as pseudo-hyperbolic (ph) magnetic particles. Then we calculate electric fields and power flows using the equations relating to Newtonian and Lorentz forces. This step helps us measure the electromagnetic behavior of particles. Finally, we characterize the electric and magnetic fluxes of these power flows. Also, in this section, we provide simulation plots with observations of the results obtained.