Kapanadze and other FE discussion

[stivep]

some interesting videos and channels:
main channel: https://www.youtube.com/@ArtemisTechnologies/videos

This is an explanation of the concept.
Artemis eFoiler® - How it works https://www.youtube.com/watch?v=KQV7bcrcmsk
Chris Heaton-Harris Secretary of State for Northern Ireland Visits Artemis Technologies    https://youtu.be/LxoBh0Y-GSE?t=25
90%  of energy saving
Wesley

[stivep]

UFO is also known as UAP
Updated Fri, September 1, 2023 at 4:53 p.m. EDT
Pentagon UFO website reveals declassified info in AARO program
https://ca.news.yahoo.com/pentagon-unveils-ufo-website-one-
Wesley

[stivep]

https://www.youtube.com/watch?v=kA1ENhxLqTo
spread your wings
Wesley

[stivep]

FACE  it - THIS IS YOUR LEVEL guys,  you are at .
Humor:
mechanic is likely challenging a screw
electronic engineer  is likely challenging a resistor.
-it is all other people  art.

_{Do you feel humiliated now?
scientist is in everyone  of you .., - you can change it  if you will, but you do not want to.. do you?}

By clicking on the  link of the quoted text you'll find all important links related to  practical testing and  explanation.
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The concept is simple :
Electromagnetic wave carrying  energy  is send from point A to point B.
That particular wave we make trapped in 2D space between air and earth, or air and water.
By that it doesn't propagate in air.
Concept  https://en.wikipedia.org/wiki/Zenneck_wave
delivered by  Zenneck and Sommerfeld  in around 1909 was tested in 1977, presented  and
documented in :
Excitation of surface electromagnetic waves on water A. K. Singh, C. A. Goben, M. Davarpanah, and J. L. Boone.
Applied Optics Vol. 17, Issue 21,pp. 3459-3465 (1978)
Later on  (till today) hundreds of others published similar tests.
Important is to read conclusions from that article that  tested  different frequencies requiring  different technique ( grating)
to tilt EM wave at close to Brewster Angle  and trap it in the interface ( air/earth; air/water)

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Good and bad:
motivation:
- many of you do not even realize  where these big money is in it.
    Like a monkey looking at something else other than some banana.
-  many of you are like me  motivated by art and content  not by money but :
     "oh heck, I can't for the life of me understand it"
     "what the heck's the matter with Wesley? Why  he is pushing me to it?  I'm not that dumb, I just have dumb luck."
- the good is that  due to my statue of limitation I can't yet  present working device  in both  Energy transfer  and energy extraction
  as you  now have chance to find something I  didn't  cover yet  publicly that may allow you to patent it.
- The bad  for lazy guys is  that  they  do not have it  on the dish delivered on the table by some nice beauty having no slide idea what is on that dish.
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Who is right who is wrong:
type in google: "Excitation of surface electromagnetic waves on water"
but get into articles or at least  switch into  "images" in browser and read "conclusions"

In short:
EM wave in that natural interface doesn't  propagate outside of it ( it is a waveguide)
Depends from frequency  different  method of trapping the wave  in the interface  is required
starting from  grating, prism, to vertical dipole or Tesla Coil.
"Dropped dead, hiding, becoming unnoticeable or these who made money on discontinuing" - is often
commonly reported reason for technologies to stop.
I'm not  convinced  that in all cases this apply to above subject at all.
- likely it is  your level dear audience that should be closer looked at to find you  perspective or impotent,  in this particular area.

Wesley

[Sergh]

type in google: "Excitation of surface electromagnetic waves on water"
but get into articles or at least  switch into  "images" in browser and read "conclusions"

In short:
EM wave in that natural interface doesn't  propagate outside of it ( it is a waveguide)

Wesley

But why are ordinary metal waveguides coated on the inside with a layer of silver or even gold? And is this coating polished from the inside?
What is the difference between water and metal?
Can water reflect electromagnetic waves as effectively as polished silver?

Due to the skin effect at high frequencies, electric current along the walls penetrates typically only a few micrometers into the metal of the inner surface. Since this is where most of the resistive loss occurs, it is important that the conductivity of interior surface be kept as high as possible. For this reason, most waveguide interior surfaces are plated with copper, silver, or gold.

https://en.wikipedia.org/wiki/Waveguide_(radio_frequency)

Why does a glass of water heat up in the microwave, but the metal walls of the microwave chamber do not heat up?
Why is it bad to use a porcelain plate with a metal pattern in the microwave, but a disposable aluminum foil plate is ok?

Yes, probably some very long waves with low efficiency can propagate over water.
But I assume that this is only interesting for study as a natural phenomenon.

Sommerfeld–Zenneck surface wave
Its electric field strength falls off at a rate of e-αd/√d in the direction of propagation along the interface due to two-dimensional geometrical field spreading at a rate of 1/√d, in combination with a frequency-dependent exponential attenuation (α), which is the terrestrial transmission line dissipation, where α depends on the medium's conductivity. Arising from original analysis by Arnold Sommerfeld and Jonathan Zenneck of the problem of wave propagation over a lossy earth, it exists as an exact solution to Maxwell's equations.[17] The Zenneck surface wave, which is a non-radiating guided-wave mode, can be derived by employing the Hankel transform of a radial ground current associated with a realistic terrestrial Zenneck surface wave source.[6] Sommerfeld-Zenneck surface waves predict that the energy decays as R−1 because the energy distributes over the circumference of a circle and not the surface of a sphere. Evidence does not show that in radio space wave propagation, Sommerfeld-Zenneck surfaces waves are a mode of propagation as the path-loss exponent is generally between 20 dB/dec and 40 dB/dec.

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