Magnetic Resonance

Pictured above is a textbook coil with iron core showing the magnetic field lines of flux.
As we were all taught, the field forms into a donut or torus, with the source of energy appearing from inside the iron core,
and then available to interact with other iron , nickel, cobalt, items at a distance away, which will drop off as the distance cubed in power from the polar ends of the iron core.
This places the source of the power of the field inside the iron core and/or inside the copper windings.
The external part of the field can be seen as the loading or entropy side spread outwards under it's own internal repulsion force.

This mental model is impossible to quantify as a volume, as the geometry of a torus. It will change in intensity with the electrical current in the coils wire, and the location around the coil of wire.



If we take two paper clips and move around a coil of wire, we will discover that inside the coil the attraction is stronger near the ends, and along the outside is very weak along the sides, weaker to the center.
This will also vary with the wire, some wire has a tin coating, and some has only enamel coating. Suffice to say the magnetic field is not uniform in it's power levels anywhere we test it, there is a gradient.
This gradient is not uniform but changes between the polar ends of the field we call North and South poles.

It's field dimensions will change with the material you place into it. Lines of flux will bend around and distort the field when it interacts with outside influences with low resistance to magnetic flux.
Suffice to say we cannot calculate the volume of this field as one quantum dimension, it works more as an elastic field and all through it is a changing field density.
The torus model seems to offer little assistance to resonating up a magnetic field as an equivalent quantum vibration field based on fractal calculations as we have been using for fixed distance tunning, as we can do using Joe Cells.

In electrical resonance, the resonance is dealt with as a changing current of electricity moving into then back out of the coil into a capacitor and the coils quality called "inductance."
While the capacitor is defined by geometric qualities of plate dimensions for area, distance between the plates and dielectric constant of the insulator material between them, the coil is measured as inductance, or "reaction" to a change of current in real time.

Inductance requires an AC input to measure which is changing in time. It is not a static quality we can label in any other way.
Thus the geometry of a magnetic field is a dampened vibration, naturally generating sine waves that will attenuate over time.
Electrical resonance is Entropic unless we have superconducting wires and lossless capacitors.
There does not appear to be any simple way to use "magnetic fields" to draw energy from the background field, or the source vibration field, as we can calculate with vibration fractals, used in other method that do work.

If we make a short coil with a very large diameter, we are able to observe the qualities of the field inside the copper wire loop, to discover it does not work in the same way as the magnetic field torus.
The field density of this field does not drop off as distance squared or distance cubed as do the electric and magnetic fields that we can measure with our EM test gear, or using two paper clips.

It never ceased to amaze me that we can run an Amprobe through this loop of wire at any point inside, and get the same reading of the field intensity.
It does not seem to have a gradient that drops off towards the center no matter how large you make the wire loops.
You can do the two paper clip test anywhere inside this large loop of wire and there are no location where the field is weaker, then any other locations.

The magnetic poles of the coil are very close together but seem to now offer the same power levels to paper clips everywhere inside the coil, but not outside the coil, where you cannot even get them to pull together even touching the wire on the outside. The Amprobe must be connected around the wire and through the center to read the current in the wire, but it will not work if placed anywhere outside the wire loop.
The Amprobe may have a very large circular hole, and it will not matter how you position it around the wire push it in or out the reading will not change.
The electrostatic charge drops off around the wire at very short range for low voltages, but the A field has a reach in distance that seems to be a Quantum effect, having no loss as it moves through space, similar to light photons.

The men who studied electrical fields and developed our current understanding called this field the "A" field, and differentiated it from the Electric and Magnetic fields because they realized it worked differently.
This concept of a quadrature field having not only two kinds of energy Electric and Magnetic at 90 degrees, but three, all at 90 degrees to one another.
Wilbert Smith gave us some definitions, from back there in the 50's and 60's, where he opened us to the concept of a third field force that can also be calculated and modified.

 
Today we have developed this "mental model" and come up with ways to measure it's resonance as pure vibration, which can be sensed in the body and in the pineal area of the human brain.

Mass Vibration Science - Caliper

If you hold a SS caliper near an Amateur radio, you can dial up it's frequency as it transmits and feel this for yourself.
The caliper was the tool of men like Hendershot, a machinist by trade, during that same time frame.

The formula for tunning in the caliper to feel the vibration of the transmitter in the Radio is [ 1 mm - 1 khz ] and using the volumetric function to expand this [ 1 cm = 1 Mhz ]
The men who worked around early transmitters could measure the frequency of the coils by feel.

Example:  1430 on your AM radio dial, 1.43 Mhz is 1.43 cm on the caliper, and you can tune it in and feel it anywhere around the transmitting tower to miles away.
You simply point the calipers at the direction of the tower and the SS material vibrates up in your hand. This is a mass vibration effect and Stainless steel captures it quite well.
The early tech's like Hendershot knew this. That knowledge gave them ability to create self sustain systems, as Hendershot had successfully done.
He carefully measured all the critical components of his system which could power a tube radio of the time, including the gauge diameter of the wires which have a ratio between them.
The A field, is a quantum field, having no loss and thus can be set up to self generate using specific ratio functions, which we have been doing for some years now on Joe Cell tubes.

http://www.resonantfractals.org/Mass%20Vibration%20Science/Machines.html

Joe Cell Applications

It was when experimenters of our time started to notice when they vibrated up coil cores at specific frequencies, they could begin to design self running system at small scales.
These do not always work, and we may find the reasons in the other experiments where we can get consistent results using only Radiant Vibration fields, that always work.

The A field can be calculated and resonated with on two levels. Area, or Volume, as discovered in the Walter Russell dual cone systems, where we are able to set up standing vibration fields, and have them couple into the electrical power of a circuit.
 
Area = pi * radius^2

Volume = radius^2 * pi * length of the coil winding.

As a coil system, the volume is a quantum unit. The electric field acting on the tempic field. [Wilbert Smith]

Walter Russell Cones Addendum 2

The fact that this field can reach through the mass of an iron core creating magnetic flux all the way through it, and electric field would stop and flow around on the surface, means this field is vibrational in nature. This can be shown in a DC circuit where suposedly there is no frequency changing.

Scalar canceling waves in space will penetrate directly through any material, and deliver vibration to an entire volume of space or material. The nature of these waves can be studied in the Scalar Coil section.

Fundamentals of Scalar Coils

RF fields will not.

It is my feeling that when we make a copper wire loop, we are accessing a quantum field emulating the orbit of electrons on the atom, and what comes up is not anything current electronics can fully explain.
It is likely a function of the strong force of the atom which maintains the orbital shell positions perfectly with precise boundaries. These type of fields can be mapped around an active Joe cell and are circular in geometry.

If we consult Wilbert Smiths Quadrature Concept, the three field forces will be aligned at 90 degrees to one another, making the "A" field a tempic field, the third field force at 90 degrees to the other two.
This mental model seems to explain a lot as to what we see on a wire loop coil system. The fact that it is a vibration field now gives us access to calculations that were previously impossible.
This field however is different then pure vibration as used in a Joe Cell to contain the H1 atoms with a compression field.
This field is not balanced and as the current in the wires change it vibrates more in one direction then in it's other direction along the magnetic vector of the quadrature field.

The only form of a field that can become self sustaining is vibration.

We can work with normal Electric and Magnetic coils and Capacitors all day long and never produce any power more then a decay of electromagnetic resonance for a time, using current electrical designs.
We can however tap into the background field at specific frequencies and develop large vibration fields that both self sustain and grow stronger with their size acting like water in a dam increasing power with greater volume.
As a source of Field energy that is always present everywhere in the space inside the universe. We could also tap into the atoms of a device at the nuclear core, which is the one natural model for this we have access to.
This was discovered in NVR work many years ago. Tapping into the isotope vibration frequency of an atom can bring up conical fields at larger dimensions we can feel. It was recently documented here:

Conical Field Menu

How is this done?

There are actually a great number of techniques discovered to date, but we will focus here on energy equivalence between frequency and volume.
A volume expands geometrically. If we extend all its linear dimensions by 2x, the volume will increase by a factor of 8x.
This is why the larger you make a boat, the more weight it can carry, the buoyancy increases by 8x, every time you make it twice as long on each side.
You are displacing a larger volume of water with air. The materials however only expand by the surface area of the construction, by 4x.
There is thus a 2 fold gain in weight that can be carried for material used building the hull of the ship. Making a ship larger, is more economical for transporting freight.

Using scalar coils to produce vibration we can feel, it can be sensed directly that the cubic cm volume of a copper coil, will vibrate up as a frequency directly, using a scalar canceling coil to energize it with an accurate F gen.
Cubic mm will vibrate up at khz ranges. Cubic cm will vibrate up at mhz ranges. This is a quality of the "field fabric" that fills all space.

Fundamentals of Scalar Coils

Now since each "octave" can be expressed as 2x the frequency of a side length, then 8x is the octave expansion value of a volume and 4x for the area.

If we increase the frequency by 8x, we hit the next Volumetric Octave.

This is also observed on resonant vibration tubes. If we extend them to 8 times their first length, we hit a next stronger octave.
The dual cones of Walter Russell, can use this electrical "A" field to set up a self sustaining vibration field between inner and outer coils.

Small inner coil has a volume of 1x, large outer coil has a volume of 7x, and self sustaining "A" Field resonance happens at a frequency of 6x.
6 is the difference in volume "between" the two volumes of the inner and outer coils in concentric geometry. The inner coil has 2x density in the space of 1x due to the overlap of the 2 coils.

Volume in cubic cm or mm is directly used as the frequency of vibration in mhz or khz!

With source power from the background field distance is frequency, and volume is frequency cubed. This may be a mind blower at first, but experimentally, this is how it works.

In the AC power grid system that runs at 60 hz, an AC cycle has two peaks of voltage tension. One peak is a positive charge, the other peak is a negative charge with respect to earth ground.
If there is a weakness in an insulator of a conductor on a power pole, it will start to arc, at 120 hz. It will arc once for the discharge of tension on the positive peak, and once for the negative peak.
To locate this point of failure we will look for the signature of a 120 hz interference waves generated from the electrical arcs. [Power Line Troubleshooting Devices]

The AC frequency of a coil, is 1/2 the vibration frequency of the coil for a sine wave. If the coil has a magnetic core, it will reverse 120 times a second, reversing it's magnetic poles.
If we instead pulse the coil with a positive DC voltage back to zero for the other 1/2 of the cycle, we will get a rest value where there is no magnetic field present, and the frequency of pressure waves will then be 60 hz.
This shows that depending on the "DC bias" we place on the coil can change the Tempic field frequency of pressure waves generated in space, setting them off balance.
This can be "felt" with scalar coils as we play with the off set knob on the function generator.

If however the coil is made to "resonate", at it's operating frequency, it will generate the negative portion of the AC wave and restore it. This is called a Class C amplifier.
Short DC pulses are fed to the resonant circuit, and out comes a perfect AC sine wave with both polarities riding on it. This is the nature of copper coils working at AC "resonance" frequencies.
They produce a natural sine wave swinging of the voltage and current, at one specific frequency, removing off resonant harmonics. This is a function of using the copper medium coils at EM resonance.

Vibration frequency = 2 * Electrical AC resonance frequency
Thus if we wish to supply the coils with added energy from the background field, it will be calculated with a mediator to 2x of the AC power field we expect to get out of the system.
That is the "A" field generated from the Electric field inside the coil, will have increased tension on it at twice the Electrical fields frequency.

This is the real beauty of increasing the power of the electrical wave using vibration systems. The pressure field is not polarized to positive and negative charge so it can boost either one.
If extracted as a vibration field the negative charge can be fed back to support the positive charge as a pure vibration, without shorting out the electric field.
As far as the vibrational pressure zones are concerned, there is no difference between the two polarities of the AC electrical field and either one will produce vibration effects in diamagnetic materials that will jump a tunned gap in space.

This is an important concept to grasp as when we start to use scalar canceling coils, that will extract the vibration by vectorial cancellation of the voltage and magnetic fields, what comes out is not the same as what goes in.
The frequency is double what we might casually expect unless we add a DC bias with a relaxation phase inside it.

Vibration energy moves towards the smaller fractal for cubical grid systems.

What do we mean by a cubical grid system?  Basically a system where vibration is organized into 90 degree orientations. This is the definition of the electro-magnetic-tempic field system. [Wilbert Smith on Quadrature Concept]
A vibration that forms a cubical grid in the background field, may not be recognizable if the cubical vibration resonance is spinning, however it will still respond as a cubical system with respect to energy flows and calculations.

If we set up two Octaves, vibration energy will flow towards the smaller of the two.
Electrical energy will flow towards the larger. [ Joe Cell Tech ]

If we have a coil with x volume, we can vibrate it up using a scalar coil. If we shift up to a second frequency on the scalar coil at 8 times that frequency,
a field bubble will form around the coil at larger size, and the energy in that space will then amplify the coils volume tension of vibration, increasing the density of the field inside it.
The coils volume of containment will continue to down shift the frequency to 1/8 of the greater fields frequency, with added power of it's "A" field density.

If the larger field becomes self sustaining off the background field, then the coils electrical "A" field having a quantum fixed dimensional form, will be strengthened provided it synchronizes in frequency.
The zero point of both fields must synchronize to preserve the relaxation of tension, and the peaks in compressive tension must also synchronize for them to boost the power of the field.

We must find a way to have both the AC field and the Vibration fields synchronize perfectly, with the prescribed 2x doubling of the vibration field frequency off the AC fields frequency.
The scalar canceling coil may seem like the perfect way to attain this synchronization as it derived it's energy from the same AC wave also doubling the frequency.
Another way is to accurately calculate the volume of the coil to match a harmonic of the background fields frequency perfectly. However this is a pretty tall task in geometry and coil building.
Lastly we can try using a mediator frequency to synchronize the two, as a product, divisor, sum or difference. These methods work with the vibration technology already.

As we transfer power from our electrical power Source over to the background field as the power source, it will naturally then follow the background fields harmonic if our EM side will operate at a correct frequency.
Then we must also consider, the pi / 2 ratio between the electron path of the circle and the straight line path of the background field as a cubical form field of vibration.
Pi / 2 is a means of setting up self sustaining vibration fields as a ratio, however it is already present in the generation of the "A" field inside a cylindrical coil system.

Suffice to say, if our intention is to tap into the background field, then the larger we construct our field around the device the stronger the device will become.
The only other method that may be able to do this in smaller space is to access the nuclear level of the atoms in the device, on the other end of our dimensional system. Proton resonance.

With Proton resonance of the nuclear field, we must convert the system to an odd polygon form, such as triangular or pentagram form, and then collect that energy as an outflow or entropic energy system.
This requires conversion of equivalent quantum volumes to larger size, then reconversion to cubical vibration systems to be used for electromagnetic systems.
We should consider the 3D forms of tetrahedron and dodecahedron for outflow expansion systems, set against the AW of the nuclear field.

These concepts may assist design of Self Powering EM field devices, but as of yet have only been touched on a few times.
Some of these experiments were erratic and hard to repeat, some could not be repeated. The 100 watt powering a light bulb worked only one time, using feel felt intuitive tunning of the components.
The reason for this was the accuracy of mechanical component vibration fields. Moving to the digital F gens has improved the responses.

Vibration to EM menu

Self Powering Electrical Systems - "A" field Resonance Ratios

Nuclear Source => Electrical Output
Reduce weight using triangular [ Tetrahedron - Dodecahedron Volume Resonance ] forms off the cubical mass resonance AW fractal system.
Convert to cubical volume, at the electron level, at a fractal dimension we can use, turning the field back inwards.

Background field Source => Electrical Output
Use cubical resonance of the background field fractal system directly.

Self Resonance => "A" field resonance ratios to Electrical Output
Set up a self sustaining ratio between two coils, system in overlapping concentric arrangement.

The two coils must have the same current flowing through them so the same length of wire. This is accomplished using the crossover series circuit shown above.
The Volume inside the inner coils must be 1/7 the volume inside the outer coils. This would match the cones exactly.

The coil winds must be wound in opposite directions inner to outer, but each circuit in the same direction. These are scalar canceling fields, when current flows the same direction through the system.

The "A" field frequency, of self sustaining resonance, will be a volume of 6 times the inner coils volume. mm^3 = frequency khz
The EM resonance frequency will be 1/2 the "A" field self sustaining frequency.
One will need to have very accurate F Gen and scalar coils for testing the self sustaining vibration resonance, as well as a scope of some kind for testing the EM resonance peak.

Size of the system will depend on the Source field we tap this into, with "mediators" to be set up around the coils. This needs much experimental progress.