Wave Forms
[Density sphere supplement]
Study of the complex E vector crossing top, with two square waves clashing near one frequency in the scalar coil.
Scalar coil on center of Density sphere.Driven by two function
generators with reversed phasing near 1.618 Mhz. E vector
potential tap at top and bottom of sphere is run into one set of coils
along the bottom coil ring. First coil is magnetic canceling and E
vector adding, second coil is E vector canceling and magnetic aiding,
while both are Torsion splitting. This setup is capturing the voltage
gradient at the top of the sphere and routing it to the lower coils
that tend to isolate it by providing one side high impedance to a lower
voltage driver coil stage.
The scope is displaying a complex pattern of the waveforms present as
Copper Electron shells interact on the three coils. All waveforms
originate on the sphere.
The composite waveform is around 1.618 Mhz moving two directions
through the scalar coil. On the sphere these combine to produce several
waves passing through one another, showing resultant lower frequency
waves appearing. These resemble a phase modulation along the incident
waves moving top to bottom of the screen.
Scope time base lowered to show more pulses, wave forms are sine wave interactions.
Scope time base is raised to show the signal is really one trace with
altered motion along the single wave, with the other waves passing
through it.
Here the lower coils are now being driven by the top spiral coil
capacitor effect. The wave form begins to resemble the spiral coil
itself in form. One lead is taken from the spiral coil and the other
from the spheres surface along one side. This is all that is driving the lower coils.
The top coil is adding a non linear wave shape to the spheres natural
sine waves, and distorting the E vector potential to one side. This
appears to raise the speed of E vector climb on the leading side of the
waves growth, and retard its decline. We also see that the background
peaking waves are eliminated and the output voltage has been amplitude modulated
by this effect. Using two clashing driver coils we have extracted a
lower frequency component from the sphere as a variable amplitude wave
form. Pretty good for having no diodes or transistors, and no
electronic mixer stages.
Scope here is 5 volts per division showing a 30 volt peak envelope. All
this being transferred from the Sphere above from only a spiral coil at
the top, to the spheres surface at the center. This is definitely a
capacitive E vector potential effect. It clearly shows that within the
operation of a scalar canceling coil, the voltage is not canceled off
the ends but becomes an over voltage tapping point.