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Author Topic: Cracking the Cold (Radiant, Negative) Electricity Code. WE MUST KNOW THIS!  (Read 38075 times)

Dave45

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Pos ions will go to ground, neg ions are repelled and attracted toward the ionosphere - pos


Dave45

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Electrons are neg, it doesnt take a rocket scientist to realize if you fill a coil with a neg charge (electrons) the coil takes on an overall neg charge, the ions that form around that coil will be pos, when the magnetic field collapses it brings the pos charge into the coil.
This simple deduction is proved out everyday in the simple joule thief, an npn transistor pulses the coil with neg electrons and you get a high voltage pos spike back.
Its about charge separation,
Pos and Neg
Like charges repel opposite charges attract
Study air purifiers to learn what to do and study static eliminators to learn what not to do.

If you keep listening to these trolls who think, well if I cant do it then it just cant be done, you will never find free energy.

It hasnt changed they like there high places and give their pompous attitude while at the same time their the blind leading the blind.


MileHigh

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Dave:

Quote
Electrons are neg, it doesnt take a rocket scientist to realize if you fill a coil with a neg charge (electrons) the coil takes on an overall neg charge, the ions that form around that coil will be pos, when the magnetic field collapses it brings the pos charge into the coil.

With quioxtic statements like the one above, no one should listen to a single thing that you have to say about electronics.  With absolute certainty if you tried to demonstrate your "stuff" on the bench you would choke and run away, just like you ran away from trying to do a timing diagram.

There is no hope for you.

MileHigh


Bob Smith

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Sometimes things have to get messy for clarity to emerge.  I don't know if Tesla wrote about cold electricity, and it's immaterial to me.  I would simply like to find a way to tap into the "sea of energy" in which we find ourselves - call it the Dirac sea, vacuum, whatever.  I would specifically like to see if we could find a few ways to tap into this "sea of energy," in ways that produce endothermic characteristics.

Forest mentioned magnetricity, one of the main proponents of which is John Milewski, as a form of cold electricity. Dave mentioned charge separation, and TK, you have looked at a number of ways of producing what some might call "cold electricity."   If we can discuss these differences, perhaps we can make some inroads into bringing lesser understood properties of electricity into the realm of common understanding, at least amongst ourselves. This is a good thing.
Bob

Dave45

  • Guest
Dave:

With quioxtic statements like the one above, no one should listen to a single thing that you have to say about electronics.  With absolute certainty if you tried to demonstrate your "stuff" on the bench you would choke and run away, just like you ran away from trying to do a timing diagram.

There is no hope for you.

MileHigh
And the trolls gather
MH I dont even read your posts, dont address me.
Iv had it with you pompous idiots.

Dave45

  • Guest
We live in a sea of energy, we've all heard it but until you understand it you dont really realize it.

But that sea is neutral, if it wasnt we would not be able to live on this planet it would be so electrified.
Just like you use electrolysis to separate water
You use ionization to separate the aether and that same principle to collect it.

nuff said

MileHigh

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Your scope and your multimeter don't lie if you know what you are doing.  The 'study' of fantasy electronics has severe limitations, doodle on.

geenee

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  • Posts: 6
TK,sorry about wrong reference.cold electricity is not Tesla's word but from a part of Tesla's technology(Aether).Tesla observed from DC generator have shock wave(disruptive discharge) when switch on or off(sparking from brushed dc generator).short pulse high electrostatic charge force is the new thing for studying.old electricity is electron theory.new electricity(Tesla) is Aether theory.

Why is it cold?because electron don't move but not mean cannot make electron to move.

if need to be cold then electron must stop or have a little moving.

i am not clever or good experiment guy but i am just observer.and try to make a good world.

at this thread,need a definition,right?

forest

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Bob Smith


In fact every examples I posted are the same effect manifestation on different mediums. That's what I believe.
The key answer is electrostatic charge, but is that static ? The answer you find in the book with Tesla interview...  ::)  Now you got  the keyword for searching

Bob Smith

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Bob Smith
In fact every examples I posted are the same effect manifestation on different mediums.
Thanks Forest. I figured they were all part of the same electricity continuum, but what constitutes "cold" and how to access it was what I was seeking to better understand.  No one I've talked to in the electrical field knows anything about these things, and it seems that the only place is through these online forums and a few websites.
Quote
The key answer is electrostatic charge, but is that static ? The answer you find in the book with Tesla interview...  ::)  Now you got  the keyword for searching
Thanks for the tip. I ordered the book (used) online last week after reading your recommendation. I'm not a big e-book reader, so once the hard copy comes, I'll be into it.
Have a good weekend.
Bob