Transverse vs Tesla's Longitudinal Electric Waves

[spark]

Longitudinal Dielectric Waves In A Tesla Coil And Quaternionic Maxwell's Equations
https://pdfs.semanticscholar.org/d38c/e ... d38e6c.pdf
or
http://www.tuks.nl/pdf/Reference_Materi ... evised.pdf

Magneto-Dielectric Wire Antennas Theory and Design
https://repository.asu.edu/attachments/ ... _13242.pdf

Pyramids and Scalar Waves
http://www.teslascalar.com/Engl/PyramidsScalarWaves.pdf

[RM2001]

Are you guys familiar with Konstantin Meyl?
He has some interesting opinions about longitudinal waves (among other things).

https://www.youtube.com/watch?v=AFtU4FVpXVs

[spark]

Radio as Longitudinal Wave Detector
https://www.youtube.com/watch?v=rcnEYwW7xEQ

[spark]

Longitudinal Waves in Space | From OTF2015 Conference
https://www.youtube.com/watch?v=ozunjLZPW2k

[crawler]

Longitudinal Waves in Space | From OTF2015 Conference
https://www.youtube.com/watch?v=ozunjLZPW2k

I agree with much of what Meyl says. I know that.....
Radio waves are not em waves.
Radio waves are not photons.
Radio waves travel at over c km/s, at least in the near field (only photons travel at c).

Radio waves are a forced wave/pulse/step of E by H, a kind of Heaviside transverse em TEM wave/pulse/step.

I dont know why Meyl says that radio waves are scalar (antennas are affected by direction hence are vector).
I dont understand why Meyl (Tesla) says there is something longitudinal not transverse.
And i dont understand why Meyl invokes neutrinopower. Surely it aint related to neutrinos.

[crawler]

Radio as Longitudinal Wave Detector
https://www.youtube.com/watch?v=rcnEYwW7xEQ

Re Miguel Khoury's experiment. I wonder what might be the effect on his radio (sitting in a faraday cage) signal.........
(1) if the bifolar transmitter is rotated/turned to face other directions (up down left right away etc),
(2) or if the radio/cage is moved to other locations (above below left right behind etc).
(3) if the radio/cage is rotated/turned to face other directions (in the horizontal & in the vertical).


(1)&(2) might affect the loudness if the signal is (he says) longitudinal.
(3) might not affect the loudness if the signal is (he says) longitudinal.
But i dont know much about radio or electrics.

[spark]

Immuno-Enhancing Effects of Longitudinal Electromagnetic Fields | Glen Rein
https://www.youtube.com/watch?v=Gfp70M8PGSo

Coil used to generate Longitudinal Electromagnetic Fields
https://www.researchgate.net/figure/The ... _313548296