Welcome to Understanding Overunity!!!!!

[Dave45]

I think one of our problems is understanding the magnetic field, there is a static field and there is a kinetic field.
The static field is the field we see when we put iron filings on a sheet of paper. The static field interacts with the iron but the iron is not effected by the kinetic field, the kinetic field is electrical and needs an electrical medium to be viewed.
http://www.youtube.com/watch?v=3grPo81fBrA
In this vid you can see the kinetic electric field interacting with the plasma.
There are two fields associated with a magnet, one is the static field(viewed with iron filings) and the kinetic field (A-vector field) viewed with plasma.
A magnet is essentially a motor sitting there running, we just have to understand how to tie into that motor and make it work for us.   
In the drawings I post I am drawing the electric field, the static field is normally only shown with north south representations.

[Dave45]

This is a coil I submerged in water and froze you can see the A vector field.
This is the field we need to study.

[wattsup]

@TinMan

Regarding the circuit posted by @TK, why is the first 1N914 (left) the same model as the second that is also in series with a resistor and capacitor? That is curious because both have the same attribute but will be working under different conditions and I doubt if that is the best choice.

I think you need to hunt for the best first diode. I use this diode carousel to always hunt for the best diode models. While some diodes can give zero results, another will give 1 while another will give 10. You never know and will be very surprised and happy to have this. You could be wasting hours and hours without knowing the diode was the effect killer or reducer to begin with. So you always need to hunt and not take diodes for granted. Even if the circuit works, it may work better with another diode model with dramatic results.

http://purco.qc.ca/ftp/Wattsups%27%20stuff/diode-carrousel/

You can use this on the load as well with the dioded capacitor as seen and a volt meter across the capacitor. You can then place a load on the cap as well and really see the voltage load on the cap in real time while you change your frequency settings.

Also, maybe try to put a toroid coil or other coil type in series with the bifilar. Try on one side, then on the other side. If there is a secondary on the added coil, try shorting the secondary.

Or if you had a second bifilar as your first one, put in series, one over the the other with a piece of plastic (dielectric) in between.

@Dave45

Interesting concept. we will be getting into that as well but will be asking some very precise questions about that but not yet. hehehe

wattsup

[Dave45]

Hope you dont mind if I ramble on a bit, we can determine the direction the A vector field travels by looking at the spin of our planet. If north is up our planet spins from west to east, if north is up the A vector field moves to the right across the static magnetic field.
The A vector field acts like a gear that moves independent of the shaft and will interact just like a gear with another gear.

[tinman]

Hi Wattsup
TK just took a pick as to what diodes he would use,as i never posted the diode type on the schematic.
Im useing 1n4004's.The cap and resistor are for a voltage reference point ,but also have some feed back into the led's via the coil-just a small additive.
Indeed there is much more experimenting with this circuit to go,and things like diodes and cap's of diferent values will be tried.
I have a video uploaded,but i am waiting to hear from TK in reguards to my request that he open's a thread on this circuit-as i feel he is more up to speed on electronics than myself.

But i think you will find that the results from this very simple circuit are indeed very good.
It is my intention to do as was requested by this thread,and show all that i have-open sorce.

Thanks