DIY Energy amplification experiment

[jadaro2600]

A link to his videos:http://www.youtube.com/watch?v=2cUS03yNl40&feature=channel and http://www.youtube.com/watch?v=Y9irQJ6mivs&feature=channel
From the diagram above, the circuit looks like three capacitors - even though one is a coil, two are in series and one is in parallel to the power source.  How strange.

[Magnethos]

Thanks for the links Jadaro,

We can get more detailed info if we see the video.
I saw that video in youtube, and I emailed to the author but I haven't any reply 

I don't fully understand that circuit, but this is what I know:
When we draw Pure voltage in that circuit, the positive resistances turn into a negative resistance. Positive resistors scatter energy, and negative resistors get energy from the vacuum. Energy is disordered in the vacuum, but following this process you can re-order that virtual energy from the vacuum (negentropy process). When current saturates the circuit, we have a common positivie resistor that scatters energy.

The questions are:
1. Why that guy splits the positive? (I know Ev Gray used a similar technique called positive splitting)

2. If the guy is using copper wire (I don't know)... the relaxation time of the copper is 1.5 x 10^(-19). Extremely fast. The relaxation time in a conductor is the time that current needs to saturate the circuit.
If we use an alloy of 98% Al and 2% Fe, we can get a relaxation time of 1 msec. But using copper... is impossible in theory.

[Magnethos]

The theory he used to make his experiment is here:
http://jnaudin.free.fr/html/tbfrenrg.htm

But in the schematics of JLN, we can see the special alloy wire. This is what I don't understand. The guy of the video is using copper as conductor and replicate the same effect using copper is impossible to us. Using copper wire we need to switch on/off in 0.0000000000000000000015 Secs.... impossible.

So... I don't understand why he can get that effect using copper as conductor.

[jadaro2600]

The questions are:
1. Why that guy splits the positive? (I know Ev Gray used a similar technique called positive splitting)

I've seen splitting the positive, it ends up exploding batteries.  one battery is turned into a diode, which is bad   unless your using a nicd battery, where, if your discharge the nicd, then the poles may reverse.  don't quote me on that though.  there is a battery that will reverse voltages if it's dicharged to much.

I've never witnessed a genuine positive-splitting circuit working.

2. If the guy is using copper wire (I don't know)... the relaxation time of the copper is 1.5 x 10^(-19). Extremely fast. The relaxation time in a conductor is the time that current needs to saturate the circuit.
If we use an alloy of 98% Al and 2% Fe, we can get a relaxation time of 1 msec. But using copper... is impossible in theory.

What do you mean by relaxation time? with regard to coils, that is.

I find that floral wire makes a good source of iron wire, it's insulated as well, so that it won't rust.  Not sure about the thermal resistivity of dielectric breakdown potentials of that wire though.

[Magnethos]

Thanks for the info about positive splitting.

Relaxation time constant is the time current needs to saturates the circuit.
This is a factor that is omited in the Ohm's Law.

Each time you draw power in a wire, the voltage appears instantly, but current needs some time to appears. In copper, current appears after the 0.000000000000000000015 Sec. But there is a special alloy that has a relaxation time of 1 Msec. This theory is explained in electromagnetic engineering books. So, in the original schematic is said that if you only draw voltage from the battery, you can charge a capacitor. If you repeat the process, you don't kill (discharge) the battery and you would have a free energy device.

The guy of the video is based on that information, but he has modified the original experiment.