Analyzing Discreet Differences of Magnetic and Electric Dipoles
This paper discusses the mathematical differences between electric and magnetic dipoles. I starts with analyzing the necessity of their difference and then discuss the possibility of considering dipoles as fundamental sources of EM fields rather than electric monopoles and currents.
P.S: In the “Final Instance” part, there is a mistake negleting the effect of bound surface-charges. applying this effect, the total magnetic field is zero everywhere which leads to the fact that if you attempt to construct this magnetization using dipoles arrangement, they all cancel eachother and produce no effective field.