Partnered Output Coils - Free Energy

[EMJunkie]

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What does a moving Magnetic Field do?


   Chris Sykes
       hyiq.org

From the most elite Physicist of all time: Richard Feynman - V2 Ch15 Vector Potential - This, the absolute most important lecture of all time!!!

Also Richard Feynman - V2 Ch16 Induced Currents

If you have a region of Space when a Magnetic Field is Changing, there is an Electric Field Generated, even though there maybe no Wire...

Just count how many times Richard Feynman says: "Not True"... Sounds like Professor Feynman is correcting MileHigh!!!

   Chris Sykes
       hyiq.org

[EMJunkie]

As science and physics dose not know what the magnetic force is,they are having a !best guess! based around known effects. So there basically saying water is wet without knowing what water is.

If a DC current flowing through a conductor produces a stationary magnetic field,then why cant a stationary magnetic field produce a DC current?--> oh wait,it can when we apply motion,even if both the magnetic field and the conductor move together within that motion,so as the magnetic field is stationary in regards to the conductor.

@Brad;

A DC Current is possible to be generated from an Inductor. I am not going to explain how, or why but I have seen this several times. Mostly Flat DC Output. Maybe a small ripple on top of it. From what you say, I am guessing you already have seen this also.

No-one should limit themselves to any set boundary!!! Especially if the Boundary contains Unknowns!

   Chris Sykes
       hyiq.org

[Magluvin]

So it would strictly be that "wave" of flux moving across the toroid from left to right that would cause an induced emf in the secondary?

Well if there is a better explanation, it would be good to hear.

Mags

[poynt99]

Well,

I think you agree that flux can and does travel around the toroid core.

With that in mind, what if for most toroids that we use day to day, the majority of the flux travels around and within the toroid core, rather than some around and some across, regardless of magnitude (assuming the core is not in saturation of course)? If that was the case, would it result in an induced voltage in the secondary? If not, why?

[Magluvin]

Funny thing about the test of 2 coils dangling and if the powered coil would attract the loaded coil.

Seems as in a transformer, when the primary induces the loaded secondary, their fields would add up in the core. As in more field in the core, possibly approaching saturation of the core. Not opposing fields that would make the core less functional, as we might think it is intended, causing the same effect as Chris has shown with the mags and the crt. Both mags N up, opposing, allows the field to escape the core top and bottom end plates, in a big way.

But face to face coils. If the powered coil has current going clockwise, producing an opposite current direction in the loaded or even shorted coil, then I think the coils might push away from each other.

In a transformer, the coils, I think, being set up differently, possibly have the opposite effect where the fields of each coil attract instead of oppose.

Will be interesting to find out.

Mags