Kapanadze and other FE discussion

[stivep]

The Schumann waveguide concept... I am // a bit concerned about lightening.
With your waveguide coupling experiments, have you had any issues with lightening or emp events?

I assume that you were talking about was lightning.
And you were also talking about EMP.
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as far as lightning- it is just an element in energy extraction from Schumann waveguide.
This requires little explanation:<sub>Technology of Dr. James Corum is about sending energy from point A to point B using earth/air interface.
So does Tesla coil with  properly adjusted height of top capacitor,  till it tunes into complex Brewster angle.

Note:
Complex Brewster angle.- is not just a Brewster angle alone - it is complex phenomena based on Brewster angle.
resulting electromagnetic energy from Tesla tower to tilt towards the earth/air interface where this wave is trapped
without reflection and refraction .
Although that interface is two-dimensional  for our eyes, it acts as a waveguide for electromagnetic wave.
Inverse square law doesn't apply to waveguides, nor to it's special form the interface.</sub>

Electromagnetic wave at any frequency theoretically will always fall into the interface under special condition:
the Complex Brewster Angle.
Forming conditions suitable for complex Brewster angle is however little different for low and high very high frequencies
We are operating at very low frequencies known as VLF.
it is much easier to work with them.
Then that wave has different names and we can name it surface plasmon polariton,
but that still will be the same Zenneck wave
https://www.youtube.com/watch?v=wIIABIU3tRw&t=372s
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method of extracting energy from Schumann Waveguide is exactly the same as sending energy from point A to point B
the only difference is that we don't have a transmitter that is transmitting energy.
We only have receiver.
The receiver is exactly the same as the one used by Dr. James Corum,
and this is exactly the same Tesla tower.
The only difference is progress of operation. Means number winds of the Tesla coil and the elevation of top capacitor.
for lighting we have certain probability that the electromagnetic wave 
by lightning hits the interface and the Complex Brewster Angle.
We have 1.4 billion flashes per year.
most of them deposits its energy into the earth
Earth is one of components of the earth/air interface.
It is not important where on the earth  the lightning hits.

-one lightning creates avalanche of lightning around the globe.But all of those lightnings hits the interface.
Inverse square law doesn't apply to waveguides  and frequencies are extremely low.
Humanity didn't know it because it's a dynamic structure and to know that this energy is there you need the receiver.
The bird sitting on the high-voltage line doesn't know that it may become a receiver if it spreads the legs far enough.
Before  Marconi people didn't know that they can receive electromagnetic energy .
Wesley

[stivep]

The Schumann waveguide//experiments, have you had any issues with  emp ?

I assume you are talking about EMP.
Wesley

it was not an  issues it was an application.
If you look at it Dr. (James Corum structure) we see points A and B.In the James Corum application
– A is our TX
– B is our RX
both of them are identical.
But this identity is seen not by the RX physical look but  by the RX matching electrical property of TX.
So for easiness we are scanning with portable TX some structure!!!!!!!!!!!!!
until we see that this structure is matching a condition for becoming RX.
Then we doing some additional tuning.
and now you're ready - we are sending EMP
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the structure doesn't have to be a tower, or building, it can be
for example big heavy vehicle on tracks or some sort of vehicle (if we have tires than tires separates the two plates of capacitor)
the top plate ( vehicle body) and the ground. However than you need more juice from TX   
or group of vehicles on tracks  but unfortunately at its present form during the process of "chewing" <it> cannot move
yes it can be a plant, storage, Arsenal, armory, storing "metal cylinders or cylindrical objects "  ,of some sort.
some specialized electronic igniters are tragically sensitive to EMP.
but it is not EMP that caught my attention rather that it is high-voltage at RX.

think of it as a coil that has inductive reactance but is ended with top plate that is on the top that is capacitively interacting
with respect to the - ground constituting second plate, in this dynamic system (and as I said RX TX is a dynamic pair) the true nature of C
can be seen in Smith chart.

Wesley

[kolbacict]

Question for connoisseurs. Oscillograms at the terminals of the motors. The motor is connected to a power source through 40 ohms, the voltage in both cases is 5 volts. The engine is from the VM12 video recorder
makes by eye, ten times more revolutions than from VCR Electronics508. The oscillograms were taken with the same sweep time.
Which motor has more poles?

[mkjekyll]

It would appear the top oscillogram has more poles even though the bottom seems to have slight more compressions and rarefactions per the grid.  The top has some cancellation from the sweep resonance so could have a harmonic multiple more poles.

Just a guess anyways...

Wesley,
My question is with the deep dive you have made into the Schumann wave guide transmission and harvesting, have you had any serious overvoltage/current events from drawing too fast such as a lightening strike?

Thanks,
Mick

[Sergh]

Hello friends!


Why have they forgotten what Tariel Kapanadze himself said?
Why did they forget about cylinders and pressure gauges in his various videos?


2 times Kapanadze pointed out that this effect was found in the study of the effects of gravity, antigravity.


1.
https://www.youtube.com/watch?v=xplzL0cpKz4



https://en.wikipedia.org/wiki/Gear_pump


2.
https://youtu.be/eF0nQTXSJh8?t=85


"How did you yourself come to this discovery?
             - To be honest, we worked on a different topic.
This happened by accident?
             - Yes, it happened quite by accident. We were working on anti-gravity. And there was such an effect that we were very surprised.