Kapanadze and other FE discussion

[kolbacict]

-addition of  permanent  magnets

This allows, as I think, to have different inductive reactance for forward and reverse current.

[kolbacict]

But can a certain frequency be extracted from the chaotic thermal motion by placing randomly scattered molecules in a volume resonator? Similar to how this is done in a radio receiver, in the input resonant circuit of which the necessary frequency is allocated from all the chaos of ether noises?The resonator will be very small, given the small mean free path.

[stivep]

1. some of construction  of buildings in Texas by Texon/ Viziv/  :
https://nationwideconstruction.com/wp-content/uploads/2016/12/2758.jpg
https://nationwideconstruction.com/wp-content/uploads/2016/12/2830.jpg
https://nationwideconstruction.com/wp-content/uploads/2016/12/2779.jpg

2. in 2017 Texon..// Viziv was looking for additional money in 15 million dollars information  IS MENTIONING FEW OTHER PLAYERS .
https://www.bizjournals.com/dallas/news/2017/03/17/form-d-friday-15-million-for-a-waxahachie-firm-to.html

3. 2018. Viziv $34.1M

Some might ask what the unique-looking tower off Interstate-35E just outside Waxahachie is. It belongs to Viziv Technologies, which is the culmination of more than four decades of research in the field of Electromagnetic Surface Waves, CEO Brig. Gen. Michael Miller recently told Dallas Innovates. The research focuses mainly on methods to propagate the electromagnetic phenomenon known as the Zenneck surface wave, which unlike traditional radio waves, is guided along the earth's surface. Viziv's primary engineering focus is development of a means to synthesize this surface wave in "real world" conditions for use in various applications such as communications or energy.
In January,2918 Viziv announced that it had raised an additional $1.372 million in two funding rounds.

Wesley

[stivep]

RF Inductance Calculator for Single‑Layer Helical Round‑Wire Coils

Link:
RF Inductance Calculator for Single‑Layer Helical RoundJun 30, 2019 ·
Dr. James F. Corum, K1AON  is the founder inventor and  patents holder for Viziv/ Texon

The inductor calculator presented on this page is unique in that
it employs the n = 0 sheath helix waveguide mode to determine the inductance of a coil,
irrespective of its electrical length.
Unlike quasistatic inductance calculators, this RF inductance calculator allows
for more accurate inductance predictions at high frequencies by
including the transmission line effects apparent with longer coils.
Furthermore, the calculator closely follows
the National Institute of Standards and Technology (NIST) methodology
for applying round wire and non-uniformity correction factors and
takes into account both the proximity effect and the skin effect. 
The development of this calculator has been primarily based on a
2001 IEEE Microwave Review article by the Corum brothers⁷
and the correction formulas presented in
David Knight's, G3YNH, theoretical overview,¹
extended with a couple of personal additions.

Which equivalent circuit should be used?
Both equivalent circuits yield exactly the same coil impedance at the design frequency.
For narrowband applications around a single design frequency
the effective equivalent circuit may be used.
When needed, additional equivalent circuits may be calculated for additional design frequencies.
The lumped equivalent circuit is given here mainly for the purpose
of comparing with other calculators.
By adding a lumped stray capacitance in parallel, this equivalent circuit
tries to mimic the frequency response of the coil impedance.
This will be accurate only for a limited band of frequencies
centred around the design frequency.

so there are some practical tools including calculator by Dr James Corum

Wesley

[stivep]

Article
https://operationdisclosure1.blogspot.com/2019/12/opdis-compilation-of-articles-part-2_24.html
explains again what is  we talking about here:


Viziv Surface Wave System 
Tesla Technology Has Been Revived

Aaron and Melissa Dykes of TruthstreamMedia were driving outside of Dallas near the small farming town of Milford, Texas, when a strange tower in the middle of a field caught their eye. It almost seemed like a joke because the shape was unmistakable. It looked just like Tesla/" target="_blank">Nikola Tesla's Wardenclyffe Tower, the legendary experimental wireless transmission station he built in 1901 in Shoreham, New York to transmit phone calls, fax images and electrical power but which was demolished 16 years later due to bankruptcy.

A little bit of research revealed that the tower's owners are Viziv Technologies and that the structure is, in fact a Tesla wireless transmission tower! Viziv is currently reviving the technologies of Tesla/" target="_blank">Nikola Tesla, having "developed a system of patent-pending processes and equipment to efficiently launch the Zenneck surface wave...[which is ] an electromagnetic wave that uses the surface of the earth as a waveguide enabling it to carry communications signals or electrical power efficiently over long distances..."...

https://vizivtechnologies.com/technology/

The Viziv surface wave system represents a paradigm shift in the science of electromagnetics.

WHAT IT IS

Our Viziv surface wave system allows the Earth itself to be used for clean, safe and efficient transfer of power between any two points on the globe, wirelessly. The system represents a paradigm shift in the science of electromagnetics.

Today's power distribution system of wired grids is fragile and aging. The transition to a global wireless system utilizing the Zenneck surface wave is a breakthrough that will effectively "cut the cord" between power generation facilities and the local distribution grids. This breakthrough will significantly enhance energy surety, reliability, and resiliency of the world's electrical distribution systems.

HOW IT WORKS

Viziv Technologies has developed a system of patent-pending processes and equipment to efficiently launch the Zenneck surface wave. Currently, our research and commercialization efforts are focused on energy transfer and communications, but we recognize that this technology has the potential to impact numerous sectors of the economy.

A Zenneck Surface Wave is an electromagnetic wave that uses the surface of the earth as a waveguide enabling it to carry communications signals or electrical power efficiently over long distances.

This wireless power system will employ a "transmitter probe," located near a power generation plant, to launch a Zenneck carrier wave. Receiver antennae will be positioned appropriately around the world to receive the signal and download the power into a local microgrid or conventional grid architecture.

The wave is impervious to weather effects such as lightning or geomagnetic disturbance or electromagnetic pulses (EMP), including those associated with a nuclear detonation. Unlike a wired grid, the Zenneck wave cannot be physically attacked and cyber attacks would be challenged to target or cause cascading failures to a wireless system.

When launched, the Zenneck Surface Wave literally envelops the planet like a balloon, enabling transmitter probes to be placed anywhere power can be generated and receivers to be placed anywhere power is needed....

This paper, recently presented at an Association of Energy Engineers conference, provides an overview of Viziv wireless power systems, its evolution, and implications for the future:

https://vizivtechnologies.com/wp-content/uploads/2017/10/TWP-Paper-10-3-2017.pdf

James F. CORUM, et al. : Zenneck Wave Transmitter Patents --

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