Hubbard coil

[EMdevices]

@z.monkey,    just like aleks, I don't believe Hubbard used active electronics to pulse his coils.  I believe it is all hapenning due to the physics of the coils, like I was trying to explain.  However,  pulsing the coils with active electronics in sequence would make for a nice project to test the concept.  I think you got the right idea though.  The sequence of these coils pulsing around the perimenter is what does it.


@ all,   I've been thinking over the weekend about the simple setup shown below.  Just two electromagnets.   I was thinking how they would be exchanging the magnetic field and energy back and forth (after it is properly started of course).  If a person is familiar with the governing equations of induction, etc.., one can follow the sequence of events.  

As flux decreases in one coil, the terminal voltage builds trying to keep the current flowing, but it can't flow in the other coil since it needs to build up gradually, so the voltage spikes up and some of the current that is flowing will flow into the capacitance temporarily, but at the same time the current is increasing in the second coil and at a certain point in time the currents i1, and i2, are equal and i2 starts to surpass i1, at which point the capacitor is now giving up it's energy and current flows out of it.   The process repeats.  

But notice,  the current ALWAYS FLOWS IN THE SAME DIRECTION.    Now, we can extend this to electromagnets with a PRIMARY AND SECONDARY windings and hook them up in SERIES, as I showed before.  The energy will travel down this line by this same mechanism, and if the ratio of turns between primary and secondary is not the same, I'm sure this induces a preferential direction for the flux to shift, either clockwise or contraclockwise, or perhaps other physical factors determine the direction of flux flow.

So, as I see it, the eight coils are the actuating part of the device and the center coil is the output coil that has current induced in it due to this dragging effect the magnetic field produces.   Notice there are no pole reversals in the eight coils, they all point either up (or all point down) depending on design. So it's just like a SEARL device with the little magnets all pointing the same way and revolving around the perimetery (although his output coils are different)

EM

[aleks]

@ all,   I've been thinking over the weekend about the simple setup shown bellow.  Just two electromagnets.   

Looking logical, and I like your idea since it gives a reason for bifilar windings (your first post), and CW/CCW winding pairs. Well, to be sure it is working all you need is to briefly charge the coil pair and then discharge it somewhere so that output pulse is measurable. If it is able to store energy, it is likely working like PMH, and is "open system". No much theory is needed, really.

[z.monkey]

Howdy,

So you are saying the initial impulse of energy chases itself around the set of primary coils?  Like an all inductor oscillator, or one of those transformer amplifiers?  It seems like the charge would diminish over time and need to have some maintenance current, but if the thing is able to draw Zero Point Energy then It can use that to maintain the rotating charges and provide output current.  Assuming the current in the primary coils is pulsed DC, it should have an interesting output waveform.

Blessed Be Brothers...

[aleks]

It seems like the charge would diminish over time and need to have some maintenance current

In PMH it does not diminish for weeks. That's the catch.

And the windings are bifilar, each resembling a looped wire that is wound on two adjacent iron cores.

[EMdevices]

yes the current can diminish over time due to the finite resistance in the wires and hysterises losses, etc..,  and it seems the Hubbard coil needed to be restarted from time to time as well from what I read.    On the other hand, I'm sure if there's any overunity involved we can take the output and feed it back to the input.   Also, here's another thought, what if tunning is involved as well?   This device perhaps has it's own resonant frequency excited by the magnetic fluctuations all around us, and since the device is based on inductors, I would think the resonant frequency is very LOW, so maybe there's the catch, it's a very low frequency magnetic resonant tank that will get "pumped" by the 4 or 5 kHz magnetic fluctuations of the earth, or whatever pumps the TPU and other devices...
EM