Yes. Please do. Report back with the specific definitions of the vertically arranged cross-shaped antenna element (cuz - you know - the size, shape, dimensions and materials sort of ... matter with antenna designs lol)
The design of the antenna depends on the kind of waves you want to transmit / receive.
As an RF engineer you may well be the only person on the forum capable of understanding the following two statements about scalar waves, which I've gleaned from over a hundred hours of studying Meyl's work.
1) Why are Scalar waves called Scalar waves? Turns out the answer is really mundane. It's because all the vector components in the standard wave equations come out to zero, leaving only a scalar.
2) Where does noise come from? As an RF engineer I imagine that controlling noise has been a big part of your work. It's an accepted fact of life that noise gets in everywhere, and nobody knows why. You can't eliminate it completely, all you can do is try to control it to within tolerable limits.
Meyl says the noise is the scalar waves.
Turns out you can't create transverse waves without creating longitudinal ones as well. I will talk more about this in a moment.
Meyl says we could turn the existing paradigm on its head. What we now call the noise could be modulated to carry a signal; and what we currently call the signal could be ignored.
Regarding the longitudinal and transverse waves, I found this pair of demonstrations using a slinky spring on YT. I originally posted these for the benefit of people who did not already know what longitudinal and transverse waves are. However I noticed something much more important.
Look closely and you will see in the demonstration of the longitudinal waves that there is a small transverse component. And vice-versa, in the demonstration of the transverse waves there is a small longitudinal component.
So I wonder if it's axiomatic that you cannot create one without creating the other? That certainly appears to be what Meyl believes.
And so to your point about antenna design. Here are Meyl's scalar wave antennae. You can see they are round.
Meyl has published
a book of experiments you can carry out with this apparatus. I've read it.
You can measure the power transmitted from one to the other, and show that the received power does not decrease with the square of the distance between the antennae. Meyl claims this as proof of the existence of Scalar Waves, since regular radio waves deteriorate with distance.
It's interesting that the old world buildings all seem to have these ball shaped antennae on their roofs.