New Scalar Wave Detector and laws of Scalar Physics

[SolarLab]

To understand what I am talking about,
Look at the data in the first video, and divide the change in voltage
over time, by the 220kHz deviation


The simplified matrix solution is 1 X 5
The deviation is caused by differences in impedance
introduced at the connection points
(and possibly other inconsistencies in design)


This entire system can be handled with standard theory
without the need for complex scalar mathematics.

Smokey2 - Do you happen to know how we can account for the "Back Channel"
effect? You know, the characteristic where a simultaneous duplex link is formed
between the so called transmitter and receiver, or multiple receivers. Got me stumped,
but then again that's not hard to do!   Time vs Z type time dilation?

Your not referring to where he initially sweeps the device with the generator to find
the system resonance I trust.

I have a hunch that this phenomena might also have something to do with the
inability to block the signal employing a Faraday Cage shield.

Thanks in advance.

[sm0ky2]

I would refer you to the Helmholtz equations
Emphasizing the importance of distances between transmitter
and each individual reciever


The energies in these types of systems
are generally not of sufficient density to cause dialation
So you sort of lost me there...

[SolarLab]

I would refer you to the Helmholtz equations
Emphasizing the importance of distances between transmitter
and each individual reciever

Thanks, I'll have look at that approach.

Tried the high Q oscillator (transmitter) "load pull" analysis but couldn't account
for the "maintained" channel anomaly. Shielding aside.

[sm0ky2]

The faraday cage is an inductive device.
because of the high voltage, low current application
the signal doesn't "see" the cage in the same way as an electric field.


This is something I learned the hard way, playing with electrostatic generators
with variable frequency pulsing.
Field effects are blocked by the cage, but changes in potential can still transmit through


The higher the voltage, the more prominent the passthrough becomes
A steady state field can be discernibly blocked by the cage,
But a pulsating HV field causes disturbances outside the effective causality the cage creates.


An 'ideal cage' with link sizes approaching the Plank length, may achieve full shielding
But I don't have the means to test this.

[SolarLab]

Right, that's one of the key anomalies of this Scalar/Longitudinal wave stuff.
There are a few other characteristics that are quite fascinating as well!

Helmholtz deals primarily with a "linear magnetic field" so I'll have to think
on that one for a bit - maybe, a simple substitution of the magnetics with
electrics- um, well maybe not 

Still trying to find some other conventional (wire) electron current flow link in
the receivers, other than displacement. The pseudo ground wire in the lab
is suspect but using an earth ground scheme is a bit more perplexing.

Anyway, more food for thought,
thanks and have a good day - back to real work so I can eat!