Holcomb Energy Systems:Breakthrough technology to the world

[SolarLab]

At one time, Maxwell died unrecognized. Talented graduate student Hertz, received a task from the venerable physicist Helmholtz to refute Maxwell. He set up experiments exactly according to Maxwell's equations, and it turned out that he was completely right. The equations accurately described the laws of electromagnetism obtained by Faraday.

Rakarskiy,

Very interesting and significant bit of history, for me anyway, since I was not aware of this.

Maybe a full Lecture on this fact; and a Chapter in your Book!


Thank you for sharing.

SL

[rakarskiy]

.

Engineering Philosophy 101

This is not a philosophy, this is an algorithm for the work of an engineer or the adoption of a particular decision. Philosophy is an explanation of global laws, and engineering technique is the mechanism of their functioning in metric systems.
For example, the concept of Energy is philosophy, and the concept and calculation of powers is engineering.

No, this episode will not be in the book, but some historical details will be.

For example, Faraday: E = B, (t) - let's remove, consider only the moment, position. (Philosophy)
Lenz, on the other hand: specifies the position vector mechanism: E = -B (Engineering technique)

Why is it so, in my book it will be just right!

[kolbacict]

Can this principle (Dr. Holcomb) work at high (radio frequencies)?
On coils without ferromagnetic cores.
Similar to how there was a topic here about one transmitter in the center of a circle, surrounded by many detector receivers.  Too bad I can't find this picture. If do it, just the opposite.

[SolarLab]

There is a book found in this post that you may find useful as a reference:

https://www.overunityresearch.com/index.php?topic=4261.msg98963#msg98963

(Professor Thomas A. LIPO's "INTRODUCTION TO AC MACHINE DESIGN" latest version 2017)

[SolarLab]

Can this principle (Dr. Holcomb) work at high (radio frequencies)?
On coils without ferromagnetic cores.
Similar to how there was a topic here about one transmitter in the center of a circle, surrounded by many detector receivers.  Too bad I can't find this picture. If do it, just the opposite.

You should be able to model your idea using the student version of Ansys Electronics:

https://www.ansys.com/academic/students/ansys-electronics-desktop-student

See this previous post -

https://overunity.com/19069/holcomb-energy-systemsbreakthrough-technology-to-the-world/msg569138/#msg569138

As a matter of fact; many of the devices presented over the past 10 years can be easily modelled
to see if/how they work. [this has been ongoing for a while now - therefore the Holcomb LinGen posts]

A very cost effective way to varify the many schemes that have been postulated throught these threads
and elsewhere!