Selfrunning cold electricity circuit from Dr.Stiffler

[samedsoft]

@samedsoft,
The book on ball lightning, I would like to have a copy that isn't damaged. The book at the end of the link you have provided is definitely something I wish to look at in depth but the document is terrible. I'm no pdf expert but this one has issues loading graphics and some pages. Or can you purchase "good" one's? 

Best regards,

Jim

@Jim

    Dear Jim,

        I do have word format of these documents,  but I need to get permission from Dr.Chukanov to send them. Alternatively ask him to correct the pdf files.. Can you post web master about this as well? Dr. Chukanov is renewing his site, so this is a good chance to correct pdf's now...

  Nuri Temurlenk

[Loki67671]

Nuri,
I will shoot an E-mail to them today. Thanks.

Best regards,

Jim

[DrStiffler]

@Dr.Stiffler

The SEC Exciter is forming a capacitive interface to the universal energy lattice and disturbing it with its extreme bandwidth excitation. Each frequency in the excitation is causing a vibration of the building blocks of the lattice and so confusing them that they become chaotic for nanoseconds of time. These short burst of time where the fabric trying to recover its normal quiescent energy state is when energy is added to the Exciter

Precisely what I understood to be the mechanics of SEC. Very good analogy doctor.

That brings me a question that has been hunting me for a long time now. If the lattice of the energy is restoring its state after it gets "perturbed" by SEC and I am assuming SEC is only perturbing it very little, how much more in intensity would be possible to perturb that lattice to extract more energy?

Is this caused by the frequency range or would be more related to the speed of the gradient?

Fausto.

@plengo
***how much more in intensity would be possible to perturb that lattice to extract more energy?

Of course I am only going by what I observe and what I feel is taking and can take place, but in my view the energy lattice if 'finite' in that it is limited by the universe itself, now if the universe were to be infinite then the energy lattice itself would be infinite, but that is not of real concern as we on this little world of ours could not even make a dent in the fabric. Going along with my bubble analogy lets consider the energy lattice a pool of water and you take a thimble full out of the pool, the water around it rushes in to replace what you removed. This is what happens in the lattice, but you only use that water and it is returned to the pool, so the pool always maintains itself at a constant level.

How is the energy returned to the lattice (heat) of course. I do not believe heat (energy) is lost as some say when liberated into the environment of the universe. I feel the energy is absorbed back into the lattice and (recycled) if you will.

Now I do feel and others have contemplated what would happen if we all started drawing massive amounts from the lattice and some of the pictures are not all that good, yet from a different point of view I just can not conceive of what man would do with that much energy on this little planet?? So I feel that what may result is something similar to weather with the problems of low and high pressure. I think if we were to be to aggressive in extracting this energy that some very weird things can take place, but I would not guess at how they would manifest themselves.

****Is this caused by the frequency range or would be more related to the speed of the gradient?

Both and more. The voltage is also involved and the physical capacity of the circuit. Where do you think the interface is taking place? Do you think it is over the whole circuit (no) do you think it is at the coil (no) is it in the Neon (yes and no the Neon is only one way to show the effect). Is it in the chokes (no), hummm! so where is it taking place?

The higher the voltage the better the interface (limits apply), note that as you increase voltage in an Exciter that the increase in input current moves in 'steps' it is in no way linear. Also note that if for example you have an input current of 40mA and the exciter appears to present excess energy and you detune but the input current remains at 40mA, but the apparent excess energy is gone.

Think about these things a bit more, only people that are working with SEC will understand and start to see what I'm talking about, the book worms think we are all in a Si-Fi state of mind....

[DrStiffler]

@All

Well I have the microscope view of the neon electrodes up on YT, its not the best because the scope was not meant for this type of exploration. I will be trying again when I change the light source so the electrodes will receive better inspection light. Anyway it does show some of what I was talking about and is interesting even though a bad video.

http://www.youtube.com/watch?v=bRJ2GB_eF_Q

[plengo]

@samedsoft
With a cap I could not get OU at all. Not that I measure intensively but I have enough tests to conclude that, but again, I am not here trying to find OU yet or dismiss it.

With the lead acid battery is a different case, I am very much utilizing some of Bedini's concepts concerning the charging of it but instead of a SSG I am using the SEC.

Now,

@Dr.Stiffer

thank you sir for great food for the thught. It is really surprising your statement about the energy being manifested on the neon not on the chokes and caps, that kind of makes sence when I see the battery as a replacement of the neon and some strange charging happens since I use the battery instead of the neon.

Fausto.