Come one, come all and see what Tesla saw!
These videos are incredible!
http://www.overunity.com/index.php/topic,1872.msg22654.html#msg22654
http://www.overunity.com/index.php/topic,1872.msg22661.html#msg22661

VLC media player.
This viewer is the best for getting aroung viewing problems.
http://www.videolan.org

Fired right up. Skips all the Apple doo doo.

--giantkiller.

What is my next step?
To siphon some of this new energy from the collector and introduce it back into the powered coils at the exact moment the DC pulse is in off cycle. I will use a much smaller cap to harvest and store it then i will attempt to use the the third 555 timer to send it at the correct moment.The problem with all of this is that there is yet no way to measure RE, If that really is whats going on in my caps. And the caps do not discharge in a pop like normal, They seem to fizzle instead. So what size of a cap? lets say 100uf to start with? also will a 555 as we have been building them do anything in regards to timing? I don't know, never the less i will have to rely on the DC component to trigger timing pulse. Has anyone a better idea. Thank you GK for your kind words. though i wouldn't refer to the videos "amazing"
                                                                    MOAB

Here's a circuit that came to mind.  I got this idea from John Bedini's charger circuit.

The TPU collector coil will charge up a capacitor with (hopefully) radiant energy.  When the capacitor reaches the firing voltage of the neon bulb (or zener) the SCR will fire and dump its charge back into the TPU feedback coil.  The capacitor will have a much larger current kick which may provide more amplification, or it may have a more dramatic effect due to the circuit's (independent) asynchronous nature.  When there is more current dumped into the feedback coil there will be more of a kick generated in the collector coil.  This may cause more positive feedback into the system, which in turn will cause the capacitor to charge faster and so on.  You may be able to run a load off the capacitor discharge.  Also, you can select the voltage that you wish to expose your load to.  The nice thing about this arraignment is that it is totally isolated and does not require any external controller.

Also, I think you may be able to charge batteries from this circuit just like the Bedini charger circuit does.

See attached.

MORE THOUGHTS:

If the system runs at an energy gain then the capacitor discharge will go faster and faster.  If this happens you may get a runaway TPU, so be careful.

John Bedini has stated that semiconductors work much faster when they are switching radiant energy.  So, if the capacitor is actually being charged with RE then the SCR rise time will be much faster, which may produce even more RE.  Remember  that when RE is used to manifest more RE you get a "magnifying" effect. This, I think, is why the TPU runs at a gain when in feedback mode.

--- Wear goggles ---

EVEN MORE THOUGHTS:

Some people may ask why one would bother to charge a capacitor then discharge it into the feedback coil rather than just routing the TPU collector coil directly into the feedback coil.  At first glance this circuit may seem to be superfluous.  However, one must keep in mind that capacitors *transform* RE into a  --- usable form ---.  At least this is what John Bedini has stated.  So, if such is the case, you may get a more dramatic effect when using a capacitor discharge feedback method.


EVEN MORE THOUGHTS:

I've added a bridge rectifier in the second version.  I'm thinking that a fast recovery rectifier should be used here.  See attached.



MRL

I Thahk you MRL for that!

I will give that a try. though it will take me some time as it is back to work for me making more inefficient things. But hey at least I'm good at that. It took 25 watts to make this 13 watt cathode light at 1/4 its potential!!

I see that you placed it on a pancake. I got 3 of those! I want to use them in some way. So how did you hook them in?

Tnx,
--giantkiller.