Madscientist's Non-Inductive Coil Replication

Hey Guys,

If I may, I want to help out, there is a period of confusion that sets in, once you have completed experiments up to a certain point, because the workings of this machine are very Un-Conventional! We have a System that does not follow the Enforced Symmetrical Convention!

First up, I have not pointed this out yet, but the Polarities used by MadScientist were not correct, he has the effects reversed. I was hoping he would see this and correct it himself.

Your Questions:

1. What gauge wire are you using?
2. How many turns on the coils? input and POC coils.
3. Have you found any areas where the bulb gets brighter when shorting L3?

 

Second, what your asking in your questions, can be thought about a different way, in a way that can be more beneficial to the end result:

 

What interactions need to occur, in what order, to make for a result that is beneficial to the working process of the machine?

 

Then, we break this process down, into the smallest possible components, Diakoptics, invented by Gabriel Kron, Floyd Sweets Mentor:

 

Asymmetry

In every Asymmetrical System, we must always have components of Symmetry! In other words, Symmetry in a system is a precursor to an Asymmetrical System! This maybe part of the reason that Asymmetrical Systems can be somewhat difficult for some people to grasp?

Asymmetrical Electromagnetic Induction works like this:

1. The Input Coil is turned on and has a ΔI / Δt change in Current, thus the Magnetic Field shows us the same Change via ΔΦB / Δt, at Right Angles to the Current I.
2. POC_One Opposes your Input Coil, there is a Symmetry here, similar to the Input Output of a Conventional Transformer via ΔΦB / Δt.
3. POC_Two Opposes POC_One, there is Electromagnetic Induction occurring here, via ΔΦB / Δt. POC_Two introduces Asymmetry to a Conventional Symmetrical System.

 

You can see, POC_Two must assist your Input Coil! There is no other way for this to work!

 

The VTA Description is as follows:

 Consider for a moment the construction of the triode which includes the bifilar coils located within the fields of the two magnets.

When the current in one half of the conductors in the coils (i.e., one of the bifilar elements in each coil) of the device is moving up, both the current and the magnetic field follow the right-hand rule.

 

The resultant motional E-field would be vertical to both and inwardly directed.

At the same time the current in the other half of the conductors in the coils is moving down and both the current and magnetic field follow the right-hand rule.

 

The resulting motional E-field is again vertical to both and inwardly directed.

Thus, the resultant field intensity is double the intensity attributable to either one of the set of coil conductors taken singularly.

 

Newtons Laws of Motion

Pretty much the basis for Science today, Newton Invented Conventional Science in a very short time! However, the interpretation/understanding has been either been ignored or forgotten, if one knows about the true Story of Newton!

 

The Third Law currently reads:

For every Action there is an Equal and Opposite Reaction.

 

Is an incomplete statement, because this Law does not account for Systems that are NOT Symmetrical! In other words, Asymmetrical Systems, and there are many, the Symmetrical Law is inadequate to describe what truly occurs!

The Third Law needs to be amended to read:

For every Action there is an Equal and Opposite Reaction, and for every Reaction there is an Equal and Opposite Counter-Reaction.

 

now corrected, so that Asymmetrical Systems can be described accurately, we have a whole new half of Science that opens up for us!

 

Input Coil

Newtonian descriptor: Action

A Magnetic Field in the System: ΔΦB / Δt which Floyd Sweet referred to as "the excitation coil", this coil is a control mechanism, regulating System Frequency and bringing the System into Operation: 

 

The Input Coil has some very unique properties when the System is running, it can very easily be shown, the Input Coils Impedance can change drastically, sometimes increasing in Impedance by thousands of Ohms! We have shown this many times here on this Forum!

 

POC_One

Newtonian descriptor: Reaction

A Magnetic Field in the System: ΔΦB / Δt, that can be measured, changing over Time t, that is a Source for Electromagnetic Induction to occur.

The combination of Turns, Load Impedance and the Voltage Generated gives you a Specific Magnetic Field Generated.

POC_One Generates POC_Twos Voltage.

 

POC_Two

Newtonian descriptor: Counter-Reaction

A Magnetic Field in the System: ΔΦB / Δt, that can be measured, changing over Time t, that is a Source for Electromagnetic Induction to occur.

The combination of Turns, Load Impedance and the Voltage Generated gives you a Specific Magnetic Field Generated.

POC_Two Generates POC_Ones Voltage.

 

Magnetic Resonance

POC_One and POC_Two must be in Magnetic Resonance! This means at time t, the Magnetic Fields of POC One and Two must always be Equal and Opposite! In Magnetic Resonance!

 

This requires the Turns, the Voltage and the Load Impedance all be equal in Magnitude!

When we have Magnetic Resonance, we have a standing Wave of Current, 2 x I, the Magnetic Fields B and H Cancel, if you do vector Math on them, and the Gate to the Dirac Sea is open, we have an Output Power, provided by the Motional Electromagnetic field: E.M.F = -ΔΦB/Δt

 

Observing Currents

When the Currents of POC_One and POC_Two are Equal but Opposite, then you know you have Magnetic Resonance, if:

1. Turns are both the same.
2. Load Resistance is both the same.
3. Voltage Generated is the same.

 

Defining a Magnetic Field in a Coil

The Turns N, Current I, Length L, Relative Permeability μr, and Permeability μ0, define the Magnetic Field using Amperes Law.

 

// Permeability:
Permeability = RelativePermeability * VacuumPermeability;

// Turn Density:
TurnDensity = N / L;

// Magnetic Field:
B = Permeability * TurnDensity * I;

 

 

Best Wishes,

   Chris