Selfrunning cold electricity circuit from Dr.Stiffler

[zaydana]

It seems my power supply is able to drive an AV plug as well - when I take a single lead from the power supply to an AV plug, and put the breadboard on a sheet of aluminium foil, the neon/cap I've got over the AV plug will start flashing. I guess this could be put down to stray RF from the power supply, so thats something probably worth nothing - if you're using a lab power supply to drive this circuit, there could be a bit of power being contributed to the circuit which doesn't appear on the meters, no matter how heavy your filtering is.

All that said, I found it interesting to note that even when the AV plug is just connected to the power supply with it's stray RF, adding extra 1N4148s increases the power out (in my case it speeds up the flashing of the neon and cap). This seems a bit counter intuitive to me, but that said I am not an electrical engineer. Is there any chance somebody could explain why adding extra diodes increases the output, whether its a conventional or non-conventional explanation? I don't think the raised voltage has anything to do with it, as then putting two neons over the plug instead of one should draw extra power as well, but it doesn't...

Also, I thought it might be worth nothing that with just the AV plug connected to my dodgy power supply, without the backing aluminium foil the power out decreases *dramatically*.

Excuse me if all of this is useless and off topic, i'm still quite a noob to all this.

[Loki67671]

It seems my power supply is able to drive an AV plug as well - when I take a single lead from the power supply to an AV plug, and put the breadboard on a sheet of aluminium foil, the neon/cap I've got over the AV plug will start flashing. I guess this could be put down to stray RF from the power supply, so thats something probably worth nothing - if you're using a lab power supply to drive this circuit, there could be a bit of power being contributed to the circuit which doesn't appear on the meters, no matter how heavy your filtering is.

All that said, I found it interesting to note that even when the AV plug is just connected to the power supply with it's stray RF, adding extra 1N4148s increases the power out (in my case it speeds up the flashing of the neon and cap). This seems a bit counter intuitive to me, but that said I am not an electrical engineer. Is there any chance somebody could explain why adding extra diodes increases the output, whether its a conventional or non-conventional explanation? I don't think the raised voltage has anything to do with it, as then putting two neons over the plug instead of one should draw extra power as well, but it doesn't...

Also, I thought it might be worth nothing that with just the AV plug connected to my dodgy power supply, without the backing aluminium foil the power out decreases *dramatically*.

Excuse me if all of this is useless and off topic, i'm still quite a noob to all this.

@zaydana
Post some diagrams of what you say is going on for analysis please. 

@Dr. Stiffler,
You sly devil you........ 

Best regards,

Jim

[zaydana]

I've uploaded the following video which hopefully explains what i'm getting at a bit better, as well as the attached "circuit diagram".

http://www.youtube.com/watch?v=N8WSz4ijWgQ

It should be said that i'm not saying Dr Stiffler's work is just drawing power from something like this, but just pointing out that if you're using a cheap bench power supply, you shouldn't take overunity results for overunity results without first checking for things like this. I'd strongly recommend running the SEC from a battery, as running from a battery does not produce the same results as the video shows for running from my power supply.

I look forward to getting my SEC and being able to play around a bit more with what you guys are doing.

[allcanadian]

@zaydana

It seems my power supply is able to drive an AV plug as well - when I take a single lead from the power supply to an AV plug, and put the breadboard on a sheet of aluminium foil, the neon/cap I've got over the AV plug will start flashing. I guess this could be put down to stray RF from the power supply, so thats something probably worth nothing - if you're using a lab power supply to drive this circuit, there could be a bit of power being contributed to the circuit which doesn't appear on the meters, no matter how heavy your filtering is.

Stray RF? what is stray RF?--- we could consider the "term" RF to be higher frequencies of oscillation which have different properties and qualities in matter relative to lower frequencies. What nobody wants to consider is that all space must be filled with "all" spectrums of frequencies. This full spectrum of "radiations", as the energy is radiating from a point outward, would produce oscillations in matter, thus matter has the ability to generate it's own field based on the external radiation absorbed and retransmitted. Is the aluminum plate under your circuit an antenna or a transciever?
Here is a neat experiment take two identical capacitors (I used a 2200uF/16v cap)and short them to zero volts, now solder an AV plug with a 3" lead onto one of the capacitors and leave the other one as it is. You will find the capacitor with the AV plug will charge up to 1v within a day or so while the other remains basically discharged, So what charged the capacitor?
If we can concieve that all space is filled with energy as oscillations, then a good analogy would be an object (matter) floating on a pond, any waves or ripples on the water (a disturbance in the media) must "effect" the matter and also be reflected from the object producing interferrence patterns based on the properties of the matter--- absorbtion and retransmission. All we have to do is convert this oscillating energy into a usable form -- DC with the diodes in an AV plug. Here is something else to consider, we normally tune radio's and such to one individual frequency but what if we could tune into hundreds of frequencies at once in this case a considerable amount of power could be recieved.

[Loki67671]

I've uploaded the following video which hopefully explains what I'm getting at a bit better, as well as the attached "circuit diagram".

http://www.youtube.com/watch?v=N8WSz4ijWgQ

It should be said that i'm not saying Dr Stiffler's work is just drawing power from something like this, but just pointing out that if you're using a cheap bench power supply, you shouldn't take overunity results for overunity results without first checking for things like this. I'd strongly recommend running the SEC from a battery, as running from a battery does not produce the same results as the video shows for running from my power supply.

I look forward to getting my SEC and being able to play around a bit more with what you guys are doing.

There is absolutely no doubt in my mind, at all, that there is ample energy to be had in this universe if we can just figure out how to reliably get it. Keep exploring and testing. Did you say an Exciter was en route to you? Especially explore this circuit behavior with a tuned SEC near by if you can. Many people testing.........cool!  I'm not sure where yours is coming from.  Make sure you do not have a mains ground issue too. 

Best regards,

Jim