Running loads with Potential Waves

[Magnethos]

Well, as T.Bearden says, potential is the only thing needed to power loads.
Most people believe that power is needed if you want to run any kind of electronic device. But, as you know, electromagnetic waves are composed of 2 potential waves, that means we can create amperage from E-Field only.

So, the first I'm going to do is trying to build a circuit capable of lighting an incandescent bulb for a small periods of time. The circuit is base in AV plug, but modified. Instead of using the classic 1 to 2 wire rectifier, I'm going to use other different that I tested it can produce power.
With some small rectifiers I can charge them all, and them connect them in series to reach 220 Volts and power the bulb.

[NickZ]

    @ Magnethos:
    Thank you for starting this thread.  I hope that you can show how running on voltage only can be done.  I have heard about this for a while now, but have not seen any examples of it.
                                                                NickZ

[Magnethos]

Thanks NickZ,
Basically is an AV plug, but the part that transforms 1-wire to 2-wire is another different. If you put 5 or 6 'rectifiers' in series, you can get enought voltage to light a bulb. Of course, the electrolytic caps need to be around 220 uF instead of 100 uF. It's possible to light a bulb with 220uF, because I seen it in a video.

If this works (I think this is possible), then it could be proved that using pure E-Field is possible to get B and E Field. You need to charge the caps alone, and then connect the output of the rectifiers in series to get enought voltage to light a 220V bulb. Some modifications of this circuit can be done..

[NickZ]

 I think that what Bearden was talking about was to use radiant energy to make radiant electricity, and use just voltage to run loads.  Are you thinking of taking power from the grid to convert to potential voltage only, and use that instead of normal electricity to light a bulb?  Do you have the
link to the video that you are mentioning? 
   The point then in this case, is to see if pure voltage can be converted to obtain some current also. That is interesting, especially if you have a source of that voltage to take advantage of, in the first place, and not just power or potential converted from the grid.
   I seen videos also of people lighting a normal bulb with voltage only, and or cold electricity, or magnetic energy to produce electricity that will light bulbs. But, I don't know if they are in any way related or even the same thing.  What do you think?

[Magnethos]

Bearden explains that the source of all "free" energy devices is radiant energy. He says that you cannot get power from the vacuum, the only thing you can do is to get radiant energy (cold electricity, displacement current...) from the vacuum and, if you want, transform that energy into power. That means create amperage from pure voltage.

I don't know what video you've seen about lighting a bulb with pure voltage only. A interesting one is the Tesla's Hairpin Circuit. In that test you can light bulbs directly with pure voltage. In the test I'm trying to perform, I want to see that it's possible to light a bulb with electromagnetic waves from a radiant energy source. So I won't light the bulb with pure voltage, I'm going to use pure voltage to transform into ordinary electricity and light the bulb with classic electricity.

The source of pure voltage is the ambient. Replace the ignition coil single wire with an antenna and you'll see how is possible to run loads using power from the ambient. Elevated wire can accomplish the same thing as the ignition coil.

This is the video where the guy lights a bulb from caps for a small period of time:
http://www.youtube.com/watch?v=wRWwFxNZZxc

If not, check the same video Test 1.