Real OU-Effect to Share with everyone!!!

[scotty1]

Can someone just post the proper circuit that was used on the youtube clips.
Every drawing seems to be different all the time?
The guy shorts 3 wires together and uses only one cap that charges.
If somebody makes me a proper drawing that is unanimously agreed on, then i'll spend time on it and do whatever anyone wants...make video's ect....but PLEASE...let's have a drawing of the circuit that is agreed on first?

Some drawings say to use 2 caps...some show one cap, but only 2 wires shorted?
There needs to be one cap and 3 wires shorted!
Scotty.

[Koen1]

@Paul: although your work on diode arrays is commendable,
and I do believe you are corrct that such a device would be a great
"free" energy source,
I also am not sure if you can actually stake the claim that it is
your diode array invention...
After all, the concept of using highly sensitive diodes in an array
coupled to capacitors, in order to "capture" ambient noise,
is quite an old idea.
And in a way a variation of the concept of solar cells.
I see you post things now and then in which you seem to be
proclaiming yourself the inventor of such diode arrays,
but that's not really true...

Yes, you are one of the few to really document the ambient
noise collection scheme and present output figures based
on your experiments with your version of such an array,
I do not argue that, and in fact I do find that very impressive
and a great job on your part.
So keep it up eh

regards,
Koen

[PaulLowrance]

@Paul: although your work on diode arrays is commendable,
and I do believe you are corrct that such a device would be a great
"free" energy source,
I also am not sure if you can actually stake the claim that it is
your diode array invention...
After all, the concept of using highly sensitive diodes in an array
coupled to capacitors, in order to "capture" ambient noise,
is quite an old idea.
And in a way a variation of the concept of solar cells.
I see you post things now and then in which you seem to be
proclaiming yourself the inventor of such diode arrays,
but that's not really true...

Yes, you are one of the few to really document the ambient
noise collection scheme and present output figures based
on your experiments with your version of such an array,
I do not argue that, and in fact I do find that very impressive
and a great job on your part.
So keep it up eh

regards,
Koen

Koen,

I never said that. ***Please*** *first* read what I write before commenting on me. Here's my quote -->

February 27, 2009, 12:02:06 AM

For over one year I've had the first documented and properly tested "free energy" machine that includes the extreme details, including part #'s, to build.

And please see the date on my quote, which is way before your post.  I clearly said my diode array is the first *******properly documented******* "free energy" generator that includes every detail to replicate.!  You cannot name anyone who has provided sufficient proof. Tom Schum did not complete his measurements because he did not prove that the DC voltage he was measuring was due to external radio signals. I spent ages testing my diode array in up to three complete layers of metal shielding in countless rural areas to show that the location made no difference, that the DC voltage was due to the internal diodes. Charles M. Brown has far less completed evidence than Tom Schum.

Furthermore, I've spent what seemed ages on the mathematical end, which resulted in two software tools where the user enters the parameters of the diode, and the software utilizes the best diode modeling equations based on conventional semiconductor physics, which is based on Quantum Physics. I ported my software to javascript on two web pages -->

Custom Diode Designer:
http://greenselfreliantenergy.com/tools/customdiodedesigner/

The Custom Diode Designer is based on Quantum Physics, and is for designing new diodes. The user picks the dopant type (e.g., n-type), then the semiconductor (e.g., Gallium Antimonide), then the contact metal (e.g., Palladium), then the dopant density, then the diode plate dimensions. Go ahead and try the default diode parameters I have in there when the web page comes up. You'll see it predicts the diode array will produce 104.7 watts.

The other software is Diode NATE, which is for preexisting diodes, so you enter junction capacitance, emission coefficient, and total diodes in-series.

Diode NATE:
http://greenselfreliantenergy.com/tools/diodenate/


Then see the conventional semiconductor mathematics based on Quantum Physics that I go over -->

The Dirty Details:
http://greenselfreliantenergy.com/physics/dirtydetails/


And other science pages that cover every concern -->

http://greenselfreliantenergy.com/forum/index.php?board=85.0

http://greenselfreliantenergy.com/physics/


And over two years of extensive measurements -->

http://greenselfreliantenergy.com/forum/index.php?board=66.0


And the details how to replicate my diode array -->

http://greenselfreliantenergy.com/forum/index.php?board=72.0


And details how to actually build semiconductor fabrication equipment that will allow someone to build microscopic diode array chips that would produce usable amounts of power, and it would allow one build solar cells -->

http://greenselfreliantenergy.com/forum/index.php?board=70.0


So I'll say it again, my diode array is the first properly documented "free energy" generator that includes every detail to replicate.!


PL

[PaulLowrance]

Can someone just post the proper circuit that was used on the youtube clips.
Every drawing seems to be different all the time?
The guy shorts 3 wires together and uses only one cap that charges.
If somebody makes me a proper drawing that is unanimously agreed on, then i'll spend time on it and do whatever anyone wants...make video's ect....but PLEASE...let's have a drawing of the circuit that is agreed on first?

Some drawings say to use 2 caps...some show one cap, but only 2 wires shorted?
There needs to be one cap and 3 wires shorted!
Scotty.

You can ask the guy who created the video to be certain, but as far as I can tell it's just a charged large capacitance capacitor that is connected to a custom built bifilar ferrite core coil for a very short period of time by tapped a clip lead to a metal plate. The secondary coil on the bifilar is connected to a capacitor of small capacitance, and I presume there's a diode in the secondary circuit for obvious reasons.

Please know that you just can't build a bifilar coil and expect to get his results. Either his large blue cap is significantly less than 7500uF (perhaps partially damaged), or dielectric absorption (relaxation) is the cause for error in voltage readings, or just got astronomically lucky in the way he wound his bifilar coil.

PL

[NRGFromTheVacuum]

You can ask the guy who created the video to be certain, but as far as I can tell it's just a charged large capacitance capacitor that is connected to a custom built bifilar ferrite core coil for a very short period of time by tapped a clip lead to a metal plate. The secondary coil on the bifilar is connected to a capacitor of small capacitance, and I presume there's a diode in the secondary circuit for obvious reasons.

There are no diodes, or semiconductors involved in my circuit for the obvious reason, they require energy to operate.

Please know that you just can't build a bifilar coil and expect to get his results. Either his large blue cap is significantly less than 7500uF (perhaps partially damaged), or dielectric absorption (relaxation) is the cause for error in voltage readings, or just got astronomically lucky in the way he wound his bifilar coil.

PL

The Coil: http://www.youtube.com/watch?v=4TbdP8ntnb4