Giantkiller moves forward into Full Heterodyning.

[giantkiller]

So this is where I am heading...

Interestingly enough the Rodin patterns show up.

Yes, I know this only a graphic but the effects still stand.

--giantkiller.

[armagdn03]

what graphics program do you use?
that is a pretty incredible rendering....

[giantkiller]

And then we couple two layers atop each other. Each is heterodyning in different directions so the vortex of each becomes an accumulative vortex that is made up of correctly aligned flux. This coupling cross section is controlled by altering the distance of the involved layers. And we can have different speeds for each layer or ring. 

@Armagdn03,
Moray and Povray. Been at for 10 years with Autocad background since version 1.

--giantkiller. The answers abound everywhere in nature. There really is nothing new under the sun.

[sparks]

   If you think of a magnetic field as a flowing force not just a static construct then electrical phenomenon starts to make alot more sense.  Dispersion force is like a river always seeking to make a lake out of the Universe.  When energy occurs the dispersion force is caused to react.  Magnetism is this dispersion force responding to a change in matter.  Since energy is everywhere (except where time stands still like there is such a place) there are constant magnetic field fluctuations.  When energy occurs so as to create time and dimension that is very similar, the dispersion force reaction becomes organized into currents which seem to be independent of time or become what we call a magnetic field.  It appears static only because dispersion force is flowing the same way at different time.   If an electrical current is caused to flow so that very little change in time or dimension arise, as in a vortex electrical current, the dispersion flow becomes very polarized.  Now if this flow meets up with flow that is slower or in the opposing direction then there arises eddy currents and vortex type flow at the magnetic flow interface. A vortex magnetic flow will induce energy as it stresses the equilibrium of matter. (Matter being but a state of equilibrium between two opposing forces.)  It will convert matter into energy.  It will convert atoms of a conductor at one state of matter into energy and another form of matter.  As the tpu magnetic field encounters all sorts of magnetic flows of varying current levels and directions;  the magnetic vortices created by the interaction of the magnetic flows  with the tpu magnetic field flow will create electrical currents.  These currents can be in great excess of the tpu vortex driver current.  Their excess driven by the currents that created the magnetic flows the tpu field encounters. The ability of the tpu to develop an electrical vortex current magnetically uncoupled from it's driver electrical supply allows for an extremely high current velocity.  Current velocity without high voltage input.  This allows for electrical currents driven by small charge displacement to be integrated in the tpu vortex current.  And away she goes.

[giantkiller]

The whirling cloud of electrons, influenced by the high voltage and the strong magnetic field, form a rotating pattern that resembles the spokes in a spinning wheel, as shown in Figure 4 . The interaction of this rotating space-charge wheel with the configuration of the surface of the anode produces an alternating current flow in the resonant cavities of the anode. This is explained as follows. As a "spoke" of electrons approaches an anode vane (or the segment between the two cavities), it induces a positive charge in that segment.  As the electrons pass, the positive charge diminishes in the first segment while another positive charge is being induced in the next segment. Current is induced because the physical structure of the anode forms the equivalent of a series of high-Q resonant inductive-capacitive (LC) circuits. The effect of the strapping of alternate segments is to connect the LC circuits in parallel.