Scalar Wave - Energy

[BEP]

@Pese

Even laboratory pure water will become hot in a microwave oven. The heat is primarily from molecular excitation, not electrical conduction.

I think you will need a one-wire connection to light a submerged lamp. The surrounding water simply acts as the dielectric of a capacitor. This allows for capacitive coupling back to the transmitter. This capacitive coupling is always there and the reason most one-wire and other magical experiments work.

The resistance of most drinking water is high enough to only change the impedance of the antenna, wire or lamp submerged within it. It is not a dead short.

[forest]

We need a strong proof that scalar longitudinal wave exists and it's not just RF.
All I suspect is that such scalar wave behaves differently then RF in water.
But  how do we  test  it ?

[xee2]

@ Loner

I'm glad the mention of "Pure" water reminded me of one of the things that made me start looking deeper into this.  Using an old HHO plate design as a basic load. I had noted that a "Drop" in the water temp was normal when the setup was running correctly.  Again, this must be an invalid result, and why the most basic checks and verifications need to be repeated, as lots of work, past this point, was based on some of this type of "Garbage" data.  (Was too obsessed.  Won't repeat mistake...)

When water evaporates from the surface it cools the remaining water. This is because it takes energy to convert water from a liquid to a gas and unless there is another source of energy that has to come from the heat in the water. In HHO bubbler energy is being added to water by the electricity flowing into it. But heat is also being removed from the water when it is converted to gas. I have no experience with this but I would not rule out the possibility that the water was cooling.

[xee2]

@ Loner

Obviously, this must be an incorrect measurement.  (Was peak value on scope, not meter

The peak voltage on a scope is the BEST measurement in my opinion. Meters are not made to give correct readings for pulse voltage or current, and only read AC correctly if it is a sine wave.

[xee2]

@ Loner

lots of reference to KV, and none to 300-400 Volts, which is the value recorded in my early tests. 

Lighting a fluorescent tube wirelessly from 3 feet away with a 300-400 volt output is certainly beyond my capabilities and any science I know of. However, my 15 KV is being generated from a 1.5 volt AA battery so it is necessary to differentiate between source voltage and output voltage.