Exploring addition of signals occording to SMs TPU

[EMdevices]

Ok guys, you can comment away now.   I'll do more simulations next week.

The basic principle is rotation of high voltage "nodes" developed due to harmonic interference, which drags charge by electrostatic coupling   along the inner conductors or wires wraped vertically.

In essence,

1) The TPU is a CLOSED (circular) signal propagation path.

2) In this space several harmonic signals can be built up to high levels (standing waves which have high Q).

3) These separate standing waves interfere with each other to create even higher voltage "nodes".

4) The phasing can be controled to develop the proper rotation of these "nodes"

5) "Shadows" of charge will be draged along nearby wires.

(we could conceivably also tap the resonant energy from the source like SM says)

EM

[Jdo300]

Hi EM,

Great thoughts there. But also keep in mind that there are two modes of resonance. Transverse and longitudinal. So we want to tune the coils to their longitudinal resonant frequency to couple to the natural longitudinal waves in the Earth's cavity.

God Bless,
Jason O

[EMdevices]

Jason,

the signal theory illustrated here deals with resonant standing waves at the signal level, regardless of physical implementation, which I have not yet addressed in this thread.Ã, Ã, 

I believe you might be trying to call them LONGITUDINAL, but the proper name is STANDING WAVE RESONANCE.Ã, 

However, you should not forget EM waves are "transverse" in nature since the electric field 'E' and magnetic field 'H' are normal to the direction of propagation.Ã, Ã,  If you have taken an EM-Fields and Waves class at school, you will learn all this and a lot more about transmission lines.Ã,  I suppose it's true all waves propagate in a "longitudinal" direction and can be called such, but there are naming conventions in physics and that's what they're called, transverse (for example we can have TEM, TM, TE, etc..)

Anyway, this theory is applicable to any other form of STANDING WAVE phenomena, be it sound in a tube, be it a slinky, water in a channel, etc.. call it what you may, if it has a certain wavelength and can be fitted in a circle you can use the theory here.


I will deal with the specific physical aspects, and the geometry of the fields, later, but for now there is a whole lot more to explore in signal space.

EM

[acerzw]

@em_devices

Great piece of work, definitely explains the rotating field well. Excuse my ignorance, but does the device use scalar waves and if so are how are they generated by this field?

[Bruce_TPU]

Music to my ears, EM!

Discussion on Resonant Standing Waves. and how this applies to the SM TPU.  I too believe SM input each frequency into each of the three collectors around the circumference of the air core.    And then inputing the frequencies from the collectors to each of the control coils was optional.  Where SM said:

"Most of the most successful units we made had control wiring run or wrapped vertically over the horizontal collector wires.
You can see them in the units in some of the videos under black plastic covering.
They were run perpendicular to the travel of the collector wires.
They were run in multiple segments.
each segment could be fed a different frequency individually and or from a collector section to help perpetuate the oscillation and control."

The resonance MUST be to the standing waves of the earth that provide the large magnetic wave component.  This is what I believe caused the "TV's" made by RCA to explode.  For a millisecond, they became more than recievers of the signals...so what did they receive?  Resonant Standing Wave

But how to apply this to the device in a practical way...Hmmm....

Bruce