Resonating inductance coils

[Ufopolitics]

Why?

Because all are based on a lie, hoax, misunderstanding, or falsehood.

Hi Bistander,

Sorry friend, but can't be that "radical" here about your judgement...at least leave some margin to the "benefit of the doubt"...

On your other thread today you claimed OU; 21W out with 12W in. Let's see proof.

Definitively I will show proof...and those numbers were just from a quick test...they could increase, like I also wrote.

I hope you did it. But overwhelming odds are against that happening.

Thanks, I know you really mean well...as I also know it -being even one single watt above Input- it is a very controversial issue.

But, let me say this...Be preparing yourself...because it does OU.

I've got nothing against experimentation with energy. I'm all for it. In fact I attempt to help. And that is difficult here when so many do not want to see fact and truth.

Regards,

bi

I always try to make it -first- as simple as possible, in order for easy understanding, and am very glad you are ready for it...as it is amazingly interesting.

I love "fact and truth"...it is the main shaft where I revolve all the tests I do...there is nothing above that!!

Now, I will ask you some details -on the other Thread- about readings to be conducted when I make the video where I show it working...I take all Voltages and Currents (Input-Output) to DC mode, in order to have real time comparing identical measurements.


See you then.


Regards


Ufopolitics

[mikrovolt]

Looking at a high voltage dipole there are other design considerations.
Some are still trying to push electrons. They don't want to go on to a capacitor plate.
More than just a tank circuit gone bad.

Doing better with waves goes beyond simple resonance. Take for example the 3 element yagi.
In an open circuit using superposition we can modify the wave shape removing sluggishness.

See Figure 3: A 3–element-Yagi, superposition of the oscillations caused by the reflector, radiator and director.
Radar Basics - Yagi Antenna

another example I leave the reader to digest.

Here is the electric field dipole. The Protons don't go where I want them to go.
The same problems I see in lower voltage solid state. I leave you with the concept
of rediscovering the Anode rays the other half.
A review of the Anode ray shows separation of protons from electrons and how
that was accomplished in a vacuum tube of a rarefied gas.
https://en.wikipedia.org/wiki/Anode_ray

https://www.youtube.com/watch?v=yY1CvURtKNU
https://www.youtube.com/watch?v=3WIjCtZLMD



It is an enhanced resonance that includes more than standing wave ratio.
Can we use drift velocity and charge density to improve our circuits further ?
How does wave guide design apply to a one wire application ?

[mikrovolt]

Looking at a high voltage dipole there are other design considerations.
Some are still trying to push electrons. They don't want to go on to a capacitor plate.
More than just a tank circuit gone bad.

Doing better with waves goes beyond simple resonance. Take for example the 3 element yagi.
In an open circuit using superposition we can modify the wave shape removing sluggishness.

See Figure 3: A 3–element-Yagi, superposition of the oscillations caused by the reflector, radiator and director.
Radar Basics - Yagi Antenna

another example I leave the reader to digest.

Here is the electric field dipole. The Protons don't go where I want them to go.
The same problems I see in lower voltage solid state. I leave you with the concept
of rediscovering the Anode rays the other half.
A review of the Anode ray shows separation of protons from electrons and how
that was accomplished in a vacuum tube of a rarefied gas.
https://en.wikipedia.org/wiki/Anode_ray

https://www.youtube.com/watch?v=yY1CvURtKNU
https://www.youtube.com/watch?v=3WIjCtZLMD



It is an enhanced resonance that includes more than standing wave ratio.
Can we use drift velocity and charge density to improve our circuits further ?
How does wave guide design apply to a one wire application ?

Correction for the above video 1886 Goldstein replication:

http://www.crtsite.com/page7-2.html
https://www.youtube.com/watch?v=3WIjCtZLMDg