Thanks for those.

The first one you posted has an error. In the red circle, that arrow should be pointing down. And I can agree that the red and blue circles show flux as leakage.

What Im concerned with is the flux in the hole of the core. 

Have to go. will finish this post later tonight.

Mags

Hi EMJunkie,
I've been reviewing all of the suggested material and reading through this thread.

I'll have further questions or comments, results after I complete my own experiments with partnered coils.

Thinking out loud, one idea comes to mind. Albeit for an advanced build. With the electrical engineering video you recommend #28, it states that a varying strength of magnetic flux at any given time (within a core) can cause a current flow. (Not varying with respect to time, but at that instant). In practice, that could mean one side of a core has a greater amount of flux than the other where a coil is wound..(?)

So that gives rise to the question of, if the core material that the partnered coils were wound upon was not of uniform shape, but say conical in shape, one would have a variable in strength magnetic flux within the core due to its geometry?
Anyway that's an experiment to try for someone who's more advanced down the the line with this. 

Another observation with just simple magnets:   

If one takes two magnets and sandwich a piece of ferrous metal in between (say a couple of steel washers) with the two magnets in attraction.  So we have: North-Iron-South. Let's also say there is a hole through the magnets and washers so that we can bolt them together with a stainless nut and bolt. Call this arrangement Magnet Set A.
Okay, now a similar arrangement is made, same magnets, same washers but instead of the washers being sandwiched between north and south poles of each magnet, we spin one magnet around so we force two like poles together with the iron washers in between. With the hole through them we can bolt them together with a stainless steel nut & bolt. So we have North-Steel-North. Call this arrangement Magnet Set B.

-Now from your CRT images we see that two magnets brought together in attraction mode (N,S or S,N) have an expanded magnetic field (Magnet set A), compared to the single magnet.
-The two magnets brought together in oppositional mode (N,N or S,S) the CRT image shows a contracted magnetic field (Magnet Set B), compared to the single magnet.

However it is found that the opposing magnet (set B) when brought to another piece of steel, have incredible magnetic strength to adhere to the steel, compared to that of set A. (or even a single magnet).

So it seems that it is because the like pole's field is an internal concentration, or compression within the metallic lattice. While the opposite poles set have an expanded external magnetic field.

Some proof is found via a very simple test:

-The opposite pole magnet set attract another magnet or steel washer from a further distance away than like pole set do. - By a reasonable amount of distance too. So it is an expanded magnetic field.
-The like pole magnet set you have to bring them much closer in order to attract another magnet or steel washer. But when it does stick, it is very strong indeed.

So N,S or S,N produce an expansive external field and N,N or S,S produce a internal compressional field.

Anyway back to the experiments,

Regards,
Sputins (from Adelaide  ). 

I got side tracked. Will have to post tomorrow..  Need to make some graphic examples.

Mags

The very simple Geometry to achieve the result I have shown:

Peak Power Gain: 0.00026244_{Output Peak} / 2.125764E-06_{Input Peak} = 123.456790123457_Peak

Any and all Permanent Magnets work, to imply otherwise is just foolish. Magnetic Fulx when moving, no matter from what ever source, Invokes Electromagnetic Induction:

Quote from: Floyd Sweet

Rather, what happens is that the individual packets of quanta are polarized by the initiating and sustaining coherent force the field of the primary magnets or in special cases, electromagnets.

The Space-Quanta Modulated Mark 1 Static Alternator http://www.hyiq.org/Downloads/Space-Quanta%20Modulator%20-%20Clean-Propulsion%20Power%20Now!.pdf

   Chris Sykes
       hyiq.org

I hope you can all see, this simple device is the exact same device shown below:

   Chris Sykes
       hyiq.org