Lords of the Ring

[Motorcoach1]

just a thought  On the LMD circut when does the capacitors quit being capicitors and become switches in the BEMF feild or does this happen ?

[Jdo300]

OK....

Listen up everyone, I think that we need to take a few steps back and get down to the basics.... not just of the TPU, but of OU systems in general. I have been 'dormant' lately not because I fell off the end of the earth, but because I have been doing a LOT of thinking and rethinking about the TPU and other Free energy devices I have researched over time. They all have one thing in common which I want to convey to you. It is very simple and once you see it, it will be a simple matter to make your TPU (or any overunity system for that matter) work.

Lately, I have been focusing on the bare bones basics of the TPU. I've been doing small quickie experiments to determine what fundamental principles could be causing the excess energy output. A while ago I had a chance to talk to a few people about OU related things and I thought that I would share this concept with you:

I was explaining to them that when you create a magnetic field by running current into a coil, the magnetic field that results is not produced from the energy that you put into the coil. Meaning, the energy that you put into the coil was not converted into magnetic energy. It is simply stored in the magnetic field, which is a property of the space around the coil.

So, if we use this magnetic field to do work on something, the field does the work, yes, but we simply paid to create the field. When we let off on the coil, just about all the energy that we put in is returned to us (minus the resistive losses of the coil and heat losses in the core material if there is one). So the magnetic field is a conservative thing just like gravity, it gives back the energy that we put into it. But what people don?t realize is that when they say it is the changing magnetic field that does the work of moving the charges, it is because the changing field invokes an electric field in space that does the work! And every physics book on the planet will tell you that an electric field can exist in space in the absence of charges. But it will do work on charges and is the only thing that ever does any work to move charges. So that is why when we put our little pulse into the transformer with a fast rise time, we get an immense voltage spike on the output, and then we get back most of the energy that we put into the field.

So when Steven talks about the 'Kick' as being overunity, this is why. Also, the BEMF in a coil is simply the energy you put into it being returned. But, since the BEMF is a sharp changing magneric field. It invokes an electric field in space which is free simply because it is created while you are getting the energy you put in returned to you!

Here's another insight: what happens when you take two waves and add them? If I have a pulse/kick/BEMF spike that is 300V high and has a pulse width of 1 uS, there is a discrete amount of energy in this wave, say 10J.

Now lets say I have two coils and I let them both collapse at the same time, both coils produce BEMFs that are the same but since they add, we now have a combined BEMF spike that is 600V high in the same 1 uS period.

Now, if we look at the area under the curve, we still have only 20J combined input energy, but something has changed here. it is a fact that a changing magnetic field produces an electric field right? So if the magnetic field is twice as strong, then it is a logical conclusion that the resulting electric field would be twice as strong too, right?

Well, remember that the electric field produced by the collapsing magnetic field is free. So if one coil's BEMF produces an electric field that is, say 10 V/m, and there is a coil to inercept that potential, then that coil for that instant in time would have 10V induced on it. If this coil has 1Ohm of resistance, that coil for 1 uS will dissipate 10A of current for a total of 100W.

SO what happens if we have two BEMF spikes combining in the same space?

Lsts do the same calculation again:

This time, the induced E-field in space is 20V/m which means that we would get 20A of current through our 1 Ohm coil for 1 uS. BUt this time, the resulting power increases to 400W for the same instance of time!

So for every BEMF coil added, we get a quadratic increase in induced power! Why? because P = V² / R. Since V is free (assuming you collect the BEMF spike back) then what do you think would happen if we have three coils and  we let their BEMF spikes combine all at once?

900W during that same 1uS interval!

"...when the two transformers get slightly out of phase with each other, or when they are connected in reverse of one another, you can measure all kinds of things going on. You can generate all kinds of hash and multiple frequencies, and I do mean all kinds. What I measured during this process was very interesting. All these frequencies occasionally met at the same time with a much larger kick at the output."

Now, my numbers may be a bit skewed but I'm trying to convey the principle here. This is what Steven meant by combining lots of little kicks into one big current kick!

God Bless,
Jason O

[starcruiser]

GK,

Lookin to make a AG drive? I bet with that aluminum on the TPU and a decent magnetic field from it you might just get that puppy off the table.

I am sure it will heat up though, so be carefull!

[Rosphere]

...They all have one thing in common which I want to convey to you. It is very simple and once you see it, it will be a simple matter to make your TPU (or any overunity system for that matter) work.

Thank you, Jason. 

[Motorcoach1]

@ Jason , I took a snap switch from a BBQ and removed the coil and put in conector so i could test my coils . What i was looking for is when i colapse the feild I mesure the BEMF on a megmeter that way i can chose the capicator to do the job in my circut. if the BMEF is larger than what the capisitor can handel it will explode. ( ware safty googles folks when testing this way ) gee i like little firecrackers , the big ones scare me. ...Mike