Simple Free Energy Effect Discovered

[penno64]

Hi,

This is one -

http://www.overunity.com/12487/simple-to-build-isolation-transformer-that-consumes-less-power-than-it-gives-out/

He also has another -

http://www.overunity.com/12759/simple-three-core-transformer-shows-moderate-cop/

[Jack Noskills]

I want to propose a test I read from energetic forum given by some poster:

Take four pieces of same wire of equal length and ferrite rod. Wind solenoid coil CW, then on top of this another solenoid CCW. Connect these together from the same ends. Then wind series caduceous coil as a pick up. Feed CW CCW coil pair and check what happens in pick up.

[aether22]

I have conducted more tests, one involved a separate thick and thin coil in series, there did not appear to be a greater inductive effect from the thin coil although the result is far from disproving anything.


I also connected the thin-thin coil in series with the asymmetric thick-thin coil, then probed these with a pickup coil (different one to last time) and sure enough the inductive field around the asymmetrical coil was very clear, but there was nothing around the symmetrical thin thin coil when I probed that, clearly this again removes thought that it has to do with unequal currents in the 2 halves of the coil.


I then rewound the thick-thin coil to be more uniform, but the effect remained and I compared it with an inductive coil in series and it compared quite well!


So 2 tests that confirmed it, and one that questioned it.
On the subject of making this practical, it would not likely be that effective since I don't believe the non-inductive coil would have a magnetic field, so a high circulating current could be provided by placing the coil in an LC tank circuit and being an air core it would like a high frequency.

[TinselKoala]

Hmm... here's a thought. Doesn't the inductance of a wire depend on some degree to the wire's cross-section? So with the mixed bifilar hairpin you have two wires the same length whose inductances would "cancel" if the two wires were the same inductance, but since they are different diameters they are also of different inductances if the length is the same.
For example, using an online inductance calculator, I compared the inductance of two coils of copper wire, AWG10 and AWG40, 20 turns on 5 cm radius.
http://aetechron.com/Inductance_of_Wire_Loop_Home.shtml
The inductance of the smaller wire is double that of the larger wire, for the same geometry.

So perhaps you are getting imperfect cancellation due to the difference in inductances of the hairpin halves. You could try winding a coil with the "middle" of the hairpin not at the 50-50 position but at the 25-75 or 20-80 position, with the thinner wire the shorter length.

[poynt99]

You beat me to it TK.

Precisely.

The two wires must be considered to be two coupled inductors, and since the inductance of a straight wire is determined by its diameter (and cross-sectional shape), there will most certainly be an imbalance in the thin/thick scenario.