CITFTA said...
--snip--
(for brevity)
If you watch the video closely you will see that one time when he took one of the bulbs out of the water when he disconnected the ground lead first which was not insulated he accidentally still had his other hand on the wire. When he disconnected the ground wire you can see him make a quick jump because he got a sharp tingle as now all the RF was trying to go through him instead of through the bulb.
I did see he got shocked. I honestly have no verifiable physical explanation for this, since I've never seen it before.
He wasn't actually harmed because the RF was traveling over his skin and not through his body.
Well, assuming he had, say, 20 times as powerful a transformer, would the RF with 20 times the power hurt him, then? If both leads are connected, he touched the leads without harm. I'd just like him to do the same thing again, with a whole lot more power, and see of he can do the same thing with a fluorescent lamp and 20 times the power. Using regular wall current.
Another indication of that power being RF is because the flourescent tube would light with only the ground lead connected and the other lead close by. Of course it got brighter with the hot lead connected but it was lit before he even connected that lead which is a dead give away there was RF on the hot lead.
Yes, I saw that. However, I read once, years ago, that taking a fluorescent lamp underneath a high voltage power Co. transmission tower will do the same thing (light a fluorescent) without and connections at all.
Video below:
https://www.youtube.com/watch?v=hvQ9H9K7XeM(The buzzing crackle heard around power line may merely be natural arcing between wires and grounded towers.
Those Europeans were doing something I didn't know was possible between a finger and someone else's nose.)
Sorry no cold electricity, just normal behavior of RF power. And more You Tube misinformation. I do actually like his demos. I just wish he would take the time to learn the real explanations for what he is doing.
Well, how about trying this experiment:
1.) Take, say, a 15-Watt fluorescent lamp, a 30 VA transformer, 2-conductor lamp cord, wire, and pre-soldered alligator clips for the transformer; into a bathroom at home. It might help to bring an assistant. You might see why, shortly.
3.) Fill the bathtub from the tap.
2.) Attach the leads of the lamp cord to the 12VAC output by twisting them together.
3.) Clip the leads to the input(120vac) side of transformer to each end of the fluorescent.
4.) Either you, or your assistant, plug in the transformer, giving 120 VAC at the output, and 1,100 VAC at the input. (The transformer wired backwards.)
5.) The fluorescent should be lit.
6.) Get in the tub; as preparing to take a bath.
7.) Now, you, or your assistant, pick up the transformer and set the dangling fluorescent lamp, still lit by the line current, in the water with you.
7A). Anyplace that's easily manageable, as long as there's enough room for you and the lamp to not touch each other and the lamp is under water and not touching the bottom.
So, now:
You know what'll happen don't you? You'll likely get electrocuted. (Another reason for bringing an assistant: He/she can call (911). That doesn't happen with radiant, cold electricity.
Okay, so, in view of what I wrote...
A) It's obvious that cold electricity can do things that ordinary electricity would not.
(I have a friend in the background who has the means to experiment with Free Energy, where I don't. I merely report the experimental results.)
B) I just gave a thought experiment where I potentially indicated, theoretically, that Zero-Point, cold electricity isn't the same as AC wall current.
That was my point, that's all.
I like to concentrate on as few points as possible, sometimes.
--Lee
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Topic: Sure-fire OU method...? Very High Arc Voltage Discherge...!!! (Read 16078 times)
