Consequences of the Extended Field Theory

We all learned from our textbooks, that the field equations according to Maxwell do not describe potential vortices in the dielectric such as vortex losses in capacitors. But this was yesterday. Since Science and Nature have reported in 2009 about the development of magnetic monopoles by the German Helmholtz Society [12] the 3rd Maxwell equation (divB = 0) is describing only a special case and we have to consider about the consequences and the impact to what we learned about electrodynamics. In the contribution in PIERS 2012 in Moscow [1] from the new and extended field equations the pointing vector was derived with one loss term in addition, based on the new development but avoiding any postulates. The present contribution at PIERS 2013 is continuing the published ideas from 2012, with the aim, to prove the losses of capacities. It will be shown, that still visible proves are published, like vortex spots in high voltage capacities. The frequency dependence of the loss factor, calculated by the Lorentz model, compared with calculations as vortex losses, according to the new and extended field theory show very clear the importance and power of this new theory. Thus the calculated potential-vortex and its eÆect on the dielectric medium can be measured and its existence made evident through observable natural phenomena.