Scalar Wave - Energy

[xee2]

@ Loner

I have been trying to get information about Tesla's 200 mile test from the web. But with not much luck. Do you know how much power he was using to transmit and how the received power was measured? Did they light up light bulbs at the receiver to determine power received, use a spark, what?

[sparks]

       When a diver needs to signal for help he uses morse code by smacking rocks together.  The shock wave heard.  If the diver takes the same amount of energy and lifts the rock up and down in the water it is not heard.  Sonic waves are changes in pressure.  Tesla once stated to one of his field engineers upon inspection of his tower construction that he was planning on making the whole earth quiver.  When a capacitor plate is voided of charge  carriers or filled with antielectrons which have negative mass assignment would we expect the metal to be less dense than one filled with electrons.  The capacitor would bubble up if it became less dense than the surrounding density.  Whereas when the capacitor plate is filled with electrons it is more dense or massive and would tend to sink.  Upon shorting of the two capacitor plates or return of the two capacitor plates to the same density the plate that bubbled up would sink and the plate that sunk would start to bubble up in relationship to the scalar density field surrounding the capacitor. 

[BEP]

@Loner,

On the waveguide...

The transmission line used can be a wide variety of things but most towers use a rectangular looking cable like line. The rectangular part is due to the easy/hard dimensions (radio slang for the E and H dimensions).
Don't think the E H dims must be a number based upon the TEM wavelength of the signal. When you see a cable used that is obviously much smaller than any wavelength get them to explain this. They can't or won't. They'll just say it works or it is suggested by the manufacturer. If it is anything but a round cross-section then some waveguide principles are being used. Round can mean it is coax and uses dielectric conduction (LEM). They won't expand upon that either.

I won't claim to be a long time RF engineer. My calling was and is a much broader range. However, Uncle Sam spent a considerable amount of time and money to train me in the wonderful world of wave propagation (all forms  )

As far as cell phones and sticking your head in a microwave oven.... It is the same thing. It is just a slower death. Most cell phones max around 300mW P-P but do understand the tower controls the output of your cell. If the tower can't hear your cell it will tell it to speak louder.

You know your battery will drain faster in fringe areas? At the same time did you notice a strange heat in your head as well as in your hand holding the cell? Most cell phones can peak out at 5 Watts.

[sparks]

  That must be the same radiation that lights a flurscent bulb when a copper antennae terminates in a glass of water.  The copper antennae was run alongside the grow lamp.  No connection to the fillament.  The standing waves appear to have some effect on florescence.  Without the glass of water is was very difficult to get the tube to fire.  Even the addition of a steel alligator clip in the open circuit made it very difficult to light the bulb.  The radiation off the end of the copper antennae was the usual radiant heating effect.  This was very different than the radiation coming off of the magnetically confined plasma I got going one day with a flyback.  That was making cold currents.  Literal cold currents.  It could have been an anomally because the following hours were spent in the exact center of a huge lowpressure circulation and the point of the experiment was ground zero. It could have been totally unrelated but it was pretty scary to go outside and see a perfect halo of cumulous clouds around the experiment site.
The flag was wrapped around the flag pole so tight it looked like a barber pole from the wind blowing in a circle.  I will not power this thing up where I am.  Way too much heated vapor round here.

[forest]

How can we distinguish Rf and scalar waves ?
What is the reaction of water on RF ? If I put a RF transmitter antenna  under water can I detect RF outside ?