Partnered Output Coils - Free Energy

[poynt99]

Indeed.

By around, I mean the doughnut area itself (not the hole in the middle) is the carrier of the flux, if you will.

Where there is core material, there will be flux. No core material, no flux.

[minnie]

     Around or around, that is the question!

[tinman]

Indeed.

By around, I mean the doughnut area itself (not the hole in the middle) is the carrier of the flux, if you will.

Where there is core material, there will be flux. No core material, no flux.

OK,where on the same !around! now lol.
Tomorrow i will form the core for our testing.
So for clarification.
The magnetic field & flux is within the core material,and the E field is strongest at the outer edge of the core,and radiates outward from the core,as in loops around the core as you depicted a few post back. The E field also gets weaker as it gets closer to the center of the core.

It is also believed to be the E field that induces an EMF in the secondary,and not magnetic flux cutting the conducting wire of the secondary that induces the EMF-->correct?.

[poynt99]

OK,where on the same !around! now lol.
Tomorrow i will form the core for our testing.
So for clarification.
The magnetic field & flux is within the core material,and the E field is strongest at the outer edge of the core,and radiates outward from the core,as in loops around the core as you depicted a few post back. The E field also gets weaker as it gets closer to the center of the core.

It is also believed to be the E field that induces an EMF in the secondary,and not magnetic flux cutting the conducting wire of the secondary that induces the EMF-->correct?.

If by "cutting the conducting wire of the secondary" you mean breaking through the windings from the outside to the inside, then yes. The commonly accepted reality (and the one I'm touting) is that the flux goes "through" the axis (center) of the secondary (via the core), but never breaks through the windings themselves.

[MileHigh]

Here is my favourite YouTube guy Lasseviren1 making it all real:

Faraday's Law and Induced Electric Fields

https://www.youtube.com/watch?v=2DH7ufrkeHM

You can follow along and understand everything without getting into the math.  Or you can follow along with the math and it's even better.

If you walk away from this with a realization that "it all works, it all fits together perfectly" then you will be that much wiser when someone pitches a transformer with a "non-standard configuration."  All transformers are "standard" and do exactly what they are supposed to do.