Kapanadze and other FE discussion

[magpwr]

I have already commented with my ideas on why the tesla coil approach might potentially be used to exploit Earth resonances.

Here are some of my thoughts on the RomanCorp approach which Wesley seems to be experimenting with.
This also appears to me to be a potentially viable approach to try to exploit Earth
resonant frequencies due to the series resonance approach which is used. This approach may
possibly be a fair bit simpler than playing around with Tesla coils.

Although Wesley hasn't provided a lot of specific details so far about how he is doing measurements, but
if I understood his appraoch so far, Wesley seems to me to be on the right track of applying a high voltage
pulse to one ground rod and monitoring for any response results on the other ground rod. Such an approach
should help to find any resonant responses from your ground rod system. If you can't use a high voltage pulse 
or HV pulse waveform to 'excite' one ground rod, then you can try just using a signal generator set to
a pulse waveform output, and sweep from very low frequency very slowly to higher frequencies as you
monitor for any resonant responses on the other ground rod. Take note of any resonant frequencies found.

Also take note that you may have to try moving one of your ground rods around to different locations
to look for a location that seems to give the best results, so you may well want to use a short ground spike
of some type which can easily be pulled out from the ground again as you test with different ground locations.
When you are testing for any resonant responses as described above, my recommendation would be to
use as short wire lengths as possible connected to each ground rod during this testing to help minimize
skewed results due to any resonant responses/standing waves on the connecting wires them self.

See the attached circuit drawing.
My drawing takes this circuit arrangement down to what I believe is its most basic form.
Notice that secondary winding L2 and C1 are in series. You may be wondering why not place C1
in parallel across L2 instead? The answer is that if C1 were in parallel to L2 instead of in
series to L2, at the resonant frequency of L2 and C1 there should be a high current bouncing
back and forth between L2 and C2, but there is not much current pumping action applied
to the ground 1 and ground 2 points. When L2 and C1 are arranged in series between ground 1 and
ground 2, you will now (potentially at least) have a current pumping action between ground 1 and ground 2
when operating at the resonant frequency of L2 and C1.

Let's say in the intial pulsing testing stage described above that, like Wesley, you appear to see a resonant
response at 7 Hz and/or 14 Hz or whatever frequencies. These would then be good choices to try as the
resonant frequency of the L2 and C1 combination. If your local mains power operates at 50 Hz or 60 Hz,
then that would probably be a good frequency to avoid. Let's say you are going to try with 14 Hz specifically.
You could then try using an off the shelf iron core transformer of a type shown in my drawing (two separate secondaries
with a reasonably high current rating). This might not be ideal, but should be an easy way to conduct initial testing without having to
fiddle around too much. Iron core transformers should probably work well enough at 14 Hz and 7 Hz,
I would guess. Also keep in mind that you will need to use low ESR capacitor(s) for C1. 

Well, that's my ideas on a simple way of how to go about testing with this sort of arrangement
for anyone who still may have been unsure about how to go about testing with this arangement.
Wesley may have other ideas than what I describe here. These are my own initial ideas.

Test with any circuit arrangements at your own risk. Make sure you understand how to work
safely with such equipment and circuit arrangements.

hi void,
I'm surprised to see members and key person is going back to the basics.But i have no issue about it.
The answer you are looking for is already posted in my recent attachment RUS to Eng translation of Akula Telsa coil tuning pdf file.
What you guys are doing is already in line with Akula without realizing it yet.Akula did mention about you look for maximum "current" movement/returns   into/from Earth.So base from your circuit diagram referring to "output to load" will be seen as higher voltage because there is higher current returns from Earth in order to power the  transformer to load.
So long story short Akula did mention about getting best returns base on kapanadze device after finding out 1.7..1.8Mhz did provide current returns after injecting various frequency to ground.



I have attached a simple Harmonics and Sub-Harmonics calculator from 7.83Hz or from 1.7Mhz.Once more for the third time.To make life simple
My only disadvantage as mentioned in the past is less than ideal working space and height(Far from ground) and stainless steel(316) water pipe providing one of the world cleanest water supply which you can drink directly from tap."Above WHO standards".
Key tips before commencing any project do execute all possible scenario in your head first while sleeping then on assembly day you will find it easy to execute all possible combination like a game of chess.

[Void]

Hi magpwr. Thanks for the comments.
Ok on your testing situation. Yes maybe not the greatest for grounded systems with HV.

I am actually not working on a Akula related device right now myself, or on Wesley's latest approach either. 
I commented on the other circuit because so far Wesley did not say too much about his own
intended testing approach. I just gave some of my ideas of how to do some initial testing with it.
People would have to experiment to see if it might have any potential if anyone is interested, and they may
have to experiment with their own variations as well.

I am working on something that is my own idea these days. I don't have a lot of time these days
for testing, so it is moving along slowly. If I find anything noteworthy, I may make a simple demo video.
I don't really like making videos so much however, but we'll see.

All the best...

[Sergh]

I have already commented with my ideas on why the tesla coil approach might potentially be used to exploit Earth resonances.
...

This is not a complete solution. The coils and capacitor will create their own resonances. These resonances have nothing to do with the Earth.

If you want to explore - you need to create resonance processes with the help of a short pulse. Observe the resonance response is necessary on a non-inductive load.
Use fewer transformers and coils. The explosive mixture of a coil with a capacitance will not allow us to understand where the resonance is from the coils and where from the Earth itself.

The task is very difficult.
According to one member of the Matrix Forum, he had contacts with scientists in the past who were probing the Earth with short pulses. It seems nothing interesting for our topic.
Although, they had other purposes.

In addition, you can read something more professional.
For example, about an UWB underground radar. (UWB - Ultra Wide Band. Similar to "short pulses")
Another interesting direction is the collection of the accumulated charge in the air from the near-surface ionization of the Earth.
It looks like a process in lightning. Only microscopic lightning will come out of the earth - from the grass, bushes, trees. For example, within a radius of 1 kilometer. (In terms of environmental friendliness and safety, there are many open questions.)

But for this it is necessary to create by means of a pulse a large potential difference at a distance between earthing connections.
It is necessary to hard discharge the capacitor charged to 30 - 50 kilovolts by the load  having a resistance of several Ohms.

Air gaps are not exactly suitable, as they have more resistance.

It may be necessary to use high-voltage thyristors or powerful thyratrons for several thousand amperes per pulse.

[AlienGrey]

Hi Magpwr,
At my age, there is a danger of sleeping on the assembly line! 

Ha ha so was Tesla still alive when you were born ?

[AlienGrey]

That sounds about right to me. No good just tickling the ground.

What would that do since I*V=Watts.!
Electricity is like a train current takes time to getting going but passenger's just jump on
At random !