Hubbard coil

[the_big_m_in_ok]

quote]
...what is going on with electric current if it pass along wire which is going on across magnetic shield ?

@forest
I would have to go and look later to be sure, but I have a basic electronic book at home that has a graphic showing when an AC current is applied to a wire, the current and magnetic field are 90deg. out of phase with each other in the wire.
Sorry, a disclaimer:
I have no way to upload and drawing or picture from a borrowed computer where I live, or I'd show you when I find out.  But, if I find the reference, I can only cite it.

--Lee

[forest]

sorry you misunderstood.magnetic shield acts on current
simply : current flowing around soft magnetic material causes magnetization up to the saturation then if current is removed magnetic material release magnetic field as electric current into nearby wire

what if in conductor there is AC flowing first above magnetic shield then to the place under it ? AC causes saturation of shield but it's also flowing further, at zero AC crossing ,magnetic shield release energy as echo signal shifted in time comparing to original.This echo signal looks like noise because it probably is generated in AC direction and agaisnt it also (both directions)

Does this process alone TAKES ENERGY FROM ORIGINAL SIGNAL ??

And what is going on later ?

I presume that echo signal flowing in opposite direction nullify with original signal if we are able to shift it 180 or 360 degrees or any other to match original signal.The echo flowing in direction of original signal replace now original signal EXCEPT IT IS MOVED IN PLACE due to phase shifts.
The results imho is rotating AC current in other words AC which is continuously moving phase.
Maybe there is something to accumulate effect and if there is something to make this AC not symmetric (for example positive a little bit stronger then negative part of AC) then result is DC. If symmetry is full then it looks like high frequency AC probably.

End of crazy ideas

[giantkiller]

Doesn't sound crazy to me!

sorry you misunderstood.magnetic shield acts on current
simply : current flowing around soft magnetic material causes magnetization up to the saturation then if current is removed magnetic material release magnetic field as electric current into nearby wire

what if in conductor there is AC flowing first above magnetic shield then to the place under it ? AC causes saturation of shield but it's also flowing further, at zero AC crossing ,magnetic shield release energy as echo signal shifted in time comparing to original.This echo signal looks like noise because it probably is generated in AC direction and agaisnt it also (both directions)

Does this process alone TAKES ENERGY FROM ORIGINAL SIGNAL ??

And what is going on later ?

I presume that echo signal flowing in opposite direction nullify with original signal if we are able to shift it 180 or 360 degrees or any other to match original signal.The echo flowing in direction of original signal replace now original signal EXCEPT IT IS MOVED IN PLACE due to phase shifts.
The results imho is rotating AC current in other words AC which is continuously moving phase.
Maybe there is something to accumulate effect and if there is something to make this AC not symmetric (for example positive a little bit stronger then negative part of AC) then result is DC. If symmetry is full then it looks like high frequency AC probably.

End of crazy ideas

[Paul-R]

Is there a good detailed photo of the Hubbard coil?

There is a fair amount of detail in Patrick's Chapter 5
http://www.free-energy-info.co.uk/Chapter5.pdf
but the particulars are sketchy.

As I see it, the design of the secondaries fixes the primary since they
are all meant to be touching.

AWG-4 is a tall order. It is nearer to copper rod than copper wire.
I shall begin with 10mm earth cable as used on building sites.

[quarktoo]

Understanding the Hubbard coil isn't much more difficult than understanding a spring. Leedscalnin PMH places a negative potential on an inductor and as such, loads the spring. This removes back EMF from the circuit since it is now push pull instead of just pull.

The center inductor just moves the 8 surrounding step up coils which creates and collapses a magnetic field faster than it could normally. The pick up coil surrounds the can.

The reason that he had to strike a wire against a plate for ten minutes to get it started was most likely because he needed to get the two sections balanced - trial and error. The Leedscalnin PMH appears to be the basis of a whole bunch of FE devices.

The light bulb could have been a variable resistor such as the regenerative amp light bulb in series with the center coil which would parallel the outer pickup coil which would have been in series with the load. The other possibility for the light bulb would be to keep the pre-loaded coils loaded  - remember Meyer's electron extraction circuit?

The pre-loaded coils without all that nasty resistance and back EMF would accelerate and thus square the output - so 400% OU minus losses would put it around 300% OU as reported. E=MC2

I'm going to take a stab at building this bad boy.