ZPEnergy.com - Longitudinal waves (experiment continued)

Intuitively I find this topic very important; from Swet-VTA yahoo group:
Koen van Vlaenderen writes: Dear mr. Wicaksono,

Could you describe the difference between series and anti-series? Since a bifilar (bucking) coil is symmetrical I do not know the difference. If the coil is really a bucking coil, then you can automatically exclude magnetic field coupling. If indeed the sum of the two bucking coils in-series do no add up, then a pure electric-capacitive coupling is not likely. Fascinating! I think you struck oil…

Another example of scalar field effect is Avramenko´s Single Wire electric power transmission.
See http://www.rexresearch.com/avramenk/avramenk.htm
The electric wave through this single wire can only be longitudinal.
In order to explain the extraordinary high energy transport through the single wire
(with almost no losses) one cannot avoid a scalar field, such that the
electric wave actually is a longitudinal electro-scalar wave.

Avramenko does not have a clear model of the wave that is guided by
the single-wire transmission line.
This wave is a wired Tesla wave, and we can only wonder how much energy
is present anywhere in the form of wireless Tesla wave radiation.

Do the stars and sun emit just TEM waves?
According to Tesla the longitudinal polarized waves are much more powerful,
therefore a much smaller receiver surface will be sufficient for converting
many watts of Tesla wave energy into usable energy.

Research to such waves waves can be divided into the following topics:
- wired Tesla waves (longitudinal electro-scalar waves), such as the Avramenko system
- wireless Tesla wave systems (tuned sender receiver systems)
- measurements and efficient absorption of the natural Tesla waves

Power conversion should be according to Q dV/dt and not according to
dQ/dt V = IV (Q is charge, V is voltage).
dV/dt should be created by charge compression-expansion (charge density fluctuations)
rather than charge flow dQ/dt.
A charge compression/expansion is internally organised by convergent or divergent currents,
and this is an open system. Maxwell+Lorentz theory only describes closed loop systems.
Since the gauge conditions (Lorentz or Coulomb gauge condition) are
unscientific, a more general electrodynamics theory exists that also
describes these open systems.

Koen

----- Original Message -----
From: Wicaksono S.

Dear Mr. Vlaenderen,

I have checked the possibility of magnetic and electric field coupling that might interfere the experiment. I use 2 same length bifilar coils wound on an air-cored solenoid. If there is any electric field coupling then if the 2 bifilar coils are connected in series there will be no output voltage difference compared to one independent coil. This is also true for anti-series connection. If there is any magnetic field coupling then if the 2 bifilar coils are connected in series there will be 2 times bigger output voltage, and if the coils are connected in anti-series there will be no output voltage. The result of experiment is:

1. If the 2 coils are not connected, they have the same output voltage.

2. If they are connected, whether in series or anti-series connection, the output voltage will be diminished. Obiviously this is not electrical field coupling, nor magnetic field coupling. I never seen something like this before, where 2 voltage source always cancel each other whether in series or anti series connection.

Wicaksono
------------------
Reply to Koen, From: "Wicaksono S."

Uh, I think I have a "bad english" words here. What I mean about series connection is like when two output coils from a transformer which have V voltage in each of them connected serially so the result is 2V volts. The anti-series connection is when the connection misplaced so the result is 0 volt. The coils schematic diagram looks like this :

coil1 _
| | | |
) ) ) )
) ) ) )
) ) ) )
) ) ) )
) ) ) )
) ) ) )
|_| | |
coil2

There is something else about the experiment. I found that the field is not distributed uniformly at all area, but it is maximum in area of current peaks and voltage peaks of transmitter (tesla pancake coil). I hope this has any relationship with your words "charge density wave and current density wave are sources of scalar field".

Wicaksono

Also see our previous post on this topic: LES