Storing Cookies (See : http://ec.europa.eu/ipg/basics/legal/cookies/index_en.htm ) help us to bring you our services at overunity.com . If you use this website and our services you declare yourself okay with using cookies .More Infos here:
https://overunity.com/5553/privacy-policy/
If you do not agree with storing cookies, please LEAVE this website now. From the 25th of May 2018, every existing user has to accept the GDPR agreement at first login. If a user is unwilling to accept the GDPR, he should email us and request to erase his account. Many thanks for your understanding

User Menu

Custom Search

Author Topic: Help Understanding What they mean by "negative" energy.  (Read 685 times)

study101

  • Newbie
  • *
  • Posts: 1
Help Understanding What they mean by "negative" energy.
« on: October 31, 2022, 05:12:20 PM »
I must have read and listened to all the Bedini and Tom Bearden info out there I could find. Maybe some kind folks on here could help me out.

Bedini keeps talking about the term negative energy for his motors, He called those "sharp" spikes negative energy. Looking at his o-scope these simply look like positive sharp peaks to me. But I'm a retard so that's why I'm asking on here for help. I mean if this was negative energy would the spikes not appear on the bottom negative part of the 0-scope? Unless he has the wires revered for our convenience?

Anyways I'm just never sure when he is referring to negative energy as "free energy" or negative energy is negative polarity. I think perhaps he even flip flops both terms in his explanations and keeps using that one word. Negative for "both" things here? For a while I thought that was all it was. Until I hear in one of Tom's video's Tom saying that if you flip the polarity of a capacity and sharply pulse it. The cap will charge up super fast. I  don't know much about electronics, But every place I read about flipping polarity on a polarized capacitor is just wrong. Unless someone can elaborate?

Then I came to think and ask in my mind, that are they suggesting fast pulsing a battery at much  higher voltages at negative polarity, So I did some google search on pulse charging a battery at opposite polarity. And without going into fine details, What I found was not pretty at all! Apparently that will kill a battery real good! But what does the mainstream know? Maybe someone on here can elaborate for me?
If this is indeed the "secret" Then why use the rotors and motors parts?

Can't we just build a super high voltage spike of opposite polarity into the secondary high impedance winding of a Tesla coil for example. If we sharp pulse this at the right frequency. Just collect the backEMF with super fast recovery speed diodes and dump this opposite polarity spike into a battery charge bank?

Is he just using the motor part as a sort of mechanical switching, saving on having to use more power on a "transistor" stage in the circuit?  I really don't get the idea of these big spinning shafts if all we are looking for is a huge sharp "BackEMF" pulse, And as far as collecting and producing that, I'm sure there are ample ways we could get creative and come up with some glorified joule thief kind of circuits as driver?

He claims these sharp super fast voltage peaks have 0 current because they are so "Fast"  I was under the impression current is never really "0" just a small value that we can hardly measure as low as the Pico value like a static shock.  But as 0 energy as that is, If I run that static discharge in a tesla coil in reverse a few times from rubbing my head on a balloon and discharging that on tesla coil capacitor dome. , I can  blink some small lamps on the secondary that would not else blink from the sock. Rectify those DC pulses back into a charge capacitor and that 48 volt short will make a bright spark and viscous discharge snap at low voltage!.  ( I stepped the high voltage down and the ratio of transformer action gave me much lower voltage but with a little more current in exchange with some loss of course. The point is once converted to low voltage into a capacitor, I was able to produce some intense output burst. It can melt a small wire strain.  Where is the 0 current? Again I'm retarded so please explain in simple terms if you can. I'm a very confused person right now even based on my own experimentations to try and visualize some of the mentioned effects of Tom and Bedini.

I was able to build many kinds of replica of the Bedini devices, They are indeed efficient it seems, Need little power to start and operate, Some of the power is feed back into it by varying designs. With my experimentations, He is right. The run and change bank can't be directly looped. The devices just stop spinning, Done no more. I do get some incredible voltage peaks on the output. It does charge small batteries, I have not been able to charge a battery of equal size from a half dead battery like bedini claims he does.

So again I'm very retarded and I think I'm missing some pieces of the puzzle, For a while I thought it had something to do with that polarity of the spikes.

And if I don't want to use a spinning "shaft" as a switching mechanism of sorts, I think the whole concept of using BackEMF can be made much simpler, If I don't need a motor, Like great if I'd want to make a super efficient air cooler fan let's say, I'd want to use this motor as it almost uses no current draw. I get that. But for the pure sake of extracting energy from the vacuum is that spinning contraption really needed????

Again any info would be great. I want to experiment some more and build a frequency generator. I'm trying to build a signal generator type of circuit, A system that I could be able to easy adjust the waveform frequency and waveform sharp rise time and decay values, with duty cycle control as well, I would need to go as down as 2% duty cycle in some cases.

Does anyone know of such simple circuit, IC or even prebuilt module that does all this? I don't want to re-invert the wheel here If this is simple!

Sorry to bother all of you folks. Please don't make fun of my silly questions. I'm very stupid. But want to learn as this is interesting.