Addendum to Walter Russell Cones


10 - 17 - 2016

With discovery of Linear versus Circular form fractals, new application to the cone document is in order.
Reference:  Space


Geometry and Vibration

Geometric Forms

Mass vibration.
Squares are created by vibrating up 4 nodal points on a circular material form.
The square is known to pull energy inwards at a frequency equal to it's area.
This is the pattern of Electrical fields, and was exposed to observation in the NMR document.
Two frequencies will appear on the planar line of the square, the area of the Square, and the area of the Circle.
They are related by pi / 2, and if both vibrate up they will self sustain one another as a harmonic 5th.

Triangles are known to become radiant with energy, and the area of the triangle is also the frequency of the vibration.
The dual cones as viewed from the side are triangular in form.
The triangles, and the squares set at 90 degrees in the dual cone construction and can be linked through the
hypotenuse of the square which is also the diameter of the circle. See red line above.



Circles and Squares


On the original 33 degree cones designed for a linear form resonance at 33.3 and 66.6 cm, we noticed on the ends of the cones,
we have 4 stationary nodes indicating there is a quadrature form alignment, or a stationary NMR pattern inherent on them.

The diameter of this circle is 39.456 cm, for which we seem to have no reference to.
The center diameter is a 19.728 cm diameter wire loop of 6 turns, for which we feel vibration,
but have no reference to on either the table of elements mass values, or on the NMR charts as spin values.


Further inspection of the 4 nodes at the top of the cones, reveals a square of vibration is formed inside the circle.
As the nodes are not in motion, EM is not expected to form on this wire circumference
.


Square Nodal Pattern


We shall calculate the vibration frequency now from the area of the stationary form.


End Calculation

d = 39.456 cm
s = d / Sqrt 2 = 27.899605158496419122759715151209 cm

Frequency of Square = Area = s * s = 778.387968  cm square
Frequency of Circle = Area = Pi * r squared  =  1222.6889609557435322135382135098
Ratio = Circle Area / Square Area =  1.5707963267948406931182163391303
This number is quickly recognized as PI / 2 and is a self sustaining vibration form.


Caliper testing shows 4 points vibrate up at 77.84 mm strongly
Circle vibrates up all the way around at 122.27 mm
This test caused a Self Sustaining Field to form on the top of the cones.
This circle vibration is apparently a start up length.
I started up both top and bottom using the SS caliper.
 
This field was not easy to crash, or take down.
The vibration harmony fills the entire room with the pi / 2 SSF.
I first used a 15 Mhz F gen, and then used a large Neo magnet.

It is also then suggested the cones could be started up using a voltage of 12.23 vdc, or 122.27 vdc.



Adding a Central Node on the Rectilinear Grid


It was next noticed that the Rectilinear Grid had no contact with the center point of the other cone.
If we alter the frequency on the square, we can cause one to form at that point.

Central Node Diagram

Area = 1/4 of original pattern.
Frequency 1 =  
778.387968 / 4 = 194.596992
Frequency 2 = Frequency 1 x Pi / 2
Frequency 2 =   305.67224023893588305338455337745

Our Pi/2 SSF will now form 4 circles overlapping as a Flower.

Flower

Caliper Injection

 
Frequency 1 = 194.596992  
 
Frequency 2 =   305.67224023893588305338455337745

These can be injected from the tip of the inner cone.
I can just get the full settings on my 200 and 300 mm calipers.
The flower comes up and self sustains!



High Density Vibration Grid

To now do a high density configuration we will use a 64x divisor.
 
778.387968 / 64 =  12.162312 cm
 
12.162312 * PI / 2 =   19.10451501493349269083653458609 

121.62 mm
191.10 mm


Tested Works!
A magnet will not release this one.
15 Mhz F gen did release it.

3 Phase AC Vibration Grid 3x Field

778.387968 / 81 = 9.606728 cm
x Pi / 2 = 15.094925 cm

96.07 mm
150.95 mm



Triangles


Triangles
We must recognize the geometrical patterns and how they are situated. The square pulls energy inwards, while the triangle becomes radiant outwards.
Area = frequency. We next calculate the area of the triangles shown below, touching the nodal pattern at the top in 4 places.
This creates two triangles at 90 degrees of one another on the length of the cones, with the same frequency.
There are 2 sizes of triangles in the drawing below, where area type fields can form.

Traingle Patterns

Triangle 1 - All Blue
Triangle 2 - Orange
Trapizoid - Dark Blue

Area = 1/2 base times the height.


19.728 cm  x  66.6 cm  =  1313.8848 cm^2
19.728/2 cm x 33.3 =   328.4712 cm^2

We could expect this frequency to become radiant outwards on the sides, and these triangles sets at 90 degrees to the squares forming down the inside of the cones circles.

Dimensions

Center Trapezoid Frequency

Area = 2 x 328.4712 cm
Area =  656.9424 cm ^2



Testing on Cones

To couple the triangle vibration to a square on the cones near the top, we take the sqrt of 1313.8848 cm = 36.24755 cm
362.4755 mm
fits just inside the ends of the cones, as you can see from the diagram above.
The caliper is limited to 300 mm so I divided this in half to inject it on the cones.
181.24 mm

And this immediately goes into a resonance on the upper cone when it is touched about 1 inch down on the side of the cones ends.
I did the bottom cone as well, and now we have a quadrature field radiant in the four directions from the cones.

This conversion shows us two things. The triangle does couple to the squares at 90 degrees along the squares diagonal.
The relationship in this geometry is self sustaining!

Square root of Trapezoid area 626.9424 cm = 25.63088 cm
256.31 mm


This one also self sustains on the cones top and bottom when injected about 3" down from ends.




Spinning the Nodes on the Cones - Triangle Method

Triangle Frequencies (Areas)

 
1313.8848 cm^2
656.9424 cm ^2
 328.4712 cm^2

Area circle = pi r^2
Diameter = 2 * Sqrt ( Area/pi)

Spinning node diameters


40.901 cm  Too large to fit inside cones
 28.9214 cm
 20.45048 cm

289.21 mm
204.50 mm

These two seem to work, and also self sustain, but the field is not very strong.
I suspect, what we need do is cause the entire triangle to spin top to bottom of the cones.

Volumes of the Cones.

Volume of air inside the cones will determine the audio tone that will resonate inside as a musical instrument.
While this may not have bearing in Vibration to Electrical energy work, it may lead to interesting ways to power a tone from the background resonance.
This would require matching the audio tone, to the mass vibration in some method. A correct tone then started, would be supported and powered by the vibration functions present on the cones mass.

Dimensions

Volume = area of base * height / 3
The volume of a cone is 1/3 the volume of a cylinder with same base and height.
Circle Area of base = 19.728 squared * Pi = 1222.6889609557435322135382135098 cm ^2


Volume of cone = 27,143.695 cm ^3 
Volume of upper half of cone = 3,392.962
Volume of lower half of cone = 23,750.733 
Difference lower - upper =  20,357.771


Ratio of  cones volume / upper half volume = 8
Ratio of lower half / upper half  = 7

Lower half - upper half = 6

Linear Resonance area of base =  (19.728 / sqrt 2) squared


Photos of Finished Cone Sets

( Let the experiments begin )


Finished Cone


Finished Cones





Charge Separation




Within the patterns from above study we must now recognize the ratio of [square root of 2] as an integral part of the dual cone system.
This defines the diameter relationship between the circles and squares, that are self sustaining as a pi / 2 area set.

The circle and square are related in linear grid form by root of 2 at 45 degree angles, and the area of each is related as a pi / 2 frequency which is self sustaining.
In earlier work we discovered we can stack these [square root of 2 fields] on one another and they will each create another layer right out into the air outside a solid DVD disc.
Each layer of vibration will stack on the ones under it and create self sustaining boundaries in space as a flat disc shaped field.

Reference:  Self Resonance


45 Degree Growth


Circle diameters and squares side lengths increase in layers that twist by 45 degree steps.

Examine the two squares in the diagram above and note the radial hypotenuse length increases by (sqrt 2), and as the area is side length squared, it increases by 2x.
Frequency of the squares doubles with it's area.

Now examine the area of the two circles. Radius of the circles increases by (sqrt 2).
Area of the two circles is Radius squared times Pi, and is also doubled as Pi is a constant.

So we have two frequencies separated by Pi / 2 ratio increasing in linear from by the square root of 2 and in area by 2x.
These layers lock to one another and self sustain in disc format.
How can we use this to create charge separation?


Spin

[This section on spin is theoretical, and may or may not have bearing.]
In a scalar canceling wave we have two spins in prefect opposition and neither is dominant .
The center circle shows the scalar canceled wave form.

Separation Diagram

Positive spin wants to turn and compress every 45 degrees of spin to 1/2 it's frequency.
Negative spin wants to turn the other direction and expand every 45 degrees of spin to 2 times it's frequency.
Yet both want to come together from attraction as a capacitor charge.


Charge Separation Photo


If we set up a scalar canceling charge on the center of the cones and get it to move outwards,
the two charges will tend to separate into opposite cones inside to outside,
however they will not want to separate in space because of the charge attraction of the voltage.

If on the other hand we short the two windings at the top and send a scalar canceled wave from the top end down, it will have no problem with initial separation as it has neutral charge.
The large coil will go positive, as the small coil goes negative toward the center, and the greatest charge will appear at the center of the cones where they meet as a capacitor.
They will want to move this direction because the charges will attract as they polarize.

In this case we then expect the greatest voltage to appear in the central compression zone of the field between the two windings, with negative inside positive.
Indeed when we placed a capacitor across the two windings at this location it had the greatest effect of tunning the EM frequency of the coil system, while having the outer ends shorted together.
A capacitor from top to bottom had almost no effect on frequency resonance of the cone system.

What was not apparent, is that we could feed the outer points of the system with a scalar canceled coil at correct frequency to boost the energy of the whole system.
Or, now as we see is possible, we can set up a self sustaining field in the air, that may do similar to add scalar energy power to the system.

We could now calculate a scalar coil to generate more energy on the ends using special cut scalar canceling coils or even concentric sets of copper tubes.


Sensing Test


Inspection of the stationary nodes on the top coil set reveals 12 layers of nodes with 45 degree separation down the side, getting progressively smaller apart to the center.
It would seem the 12th layer down intersects the center of mass perfectly at the point of greatest charge separation.
For some reason the 33 degree taper has this quality, of 12 divisions of quadrature alignment into 45 degree steps on the outer coil.
We will have to now calculate why this is and then determine how many are on the inner coil as well.


Space Conditioning

[This section is accurate, it has been shown to work in auto engine work very powerfully]
It is possible to set up a field from the outer layers outside the device,
that will cause the layers on the device to go into self sustaining vibration modes off the background field.

For simplicity we will first tap the background field from it's prime frequency, and split it into two paths.
One will energize the outer ring at the top, and one will feed the square at the top.
This is done using divisors, or factors of 333000.

333000 / 778.387968  =  427.807    
333000 / 1222.
688960  = 272.35 

Because I do not have calipers that large I will divide each by 10 for a test and use mm settings,
however one should actually cut wires of these lengths very accurately at cm lengths to start the field with, for the correct space conditioning.



SSF - 1


Caliper Injection Settings

Caliper 1    42.78 mm
Caliper 2    27.24 mm



These are touched around the top of the cone, and instantly a large field around the cone begins drawing in vibration from all around the cone in space.
This sets up a type of Auric field on the cone that can be felt outside the cones diameter, but also feeds the inside frequencies natural to the cones ends.

All four frequencies now vibrate up, two on the cone and two outside the cone from the space all around the cone.

This was the first field we calculated for the cones end and does not supply the center node to connect with the inner tip.
The vibration can now be felt on the outer coil all the way down to it's electrode at the center.
It cannot be felt on the inner cone tip or down on it's electrode at the center.
A notable field bubble is formed over the top of the cone as well.
The volume of this field bubble increases the cones energy of vibration.

This method of coupling into the background field was shown in the   Source Field   document, and these Auric field frequencies are referred to as IF or mediator frequencies.  

They can tap into the background field at several different harmonic levels, or sub fractals and will set up self sustaining energy coupling links into it.
This conditions the space around the cones to supply more energy into the cones from the background field resonance of space.
Using fractal math or divisors we can tap the background field into almost any frequency used in a self sustaining device.
Note also this method does not cause the field to self sustain, the Pi / 2 ratio does that.
This method simply adds energy flow to the already self sustaining set up.


The field bubble that forms around the cones end also has a Pi / 2 harmony ratio, and thus feels very good to work around.
This calculation was only a test, as I do not have calipers large enough to do it right.


Reduction Towards Infinity

[Verified to be functional and is possible to set up]

Overlay_TEM_2

Showing what happens on the inside cone of the dual cone system reducing towards the tip.
Each time the diameter of the cone is 1/2, there are two more electric layers added to the field, of smaller dimension.
Since 1/2 x will never reach 0, the layers keep reducing down to the last wire loop diameter ~ 6.956 mm.

Every other magnetic layer wants to flip over into attraction with the last larger layer.
In order to polarize all the layers one must then send an electric field down the coils to set them all into opposition.

When they all go into opposition, this should create a monster magnetic field on the whole coil.

The current must go up the inside then down the outside in order for the inner coil to fall into repulsion with the outer coil.
When the current goes the same direction the two fields will attract and the magnetic field will contract inwards.


The following are spreadsheets showing the vibration and EM fractals expected on the cones

Spreadsheets may change with experiment.
Spreadsheet 1 Photo


We end up with 24 layers, 5 on the outside cone and the rest on the inside to the tip.
The next spreadsheet is the list of fractals we could inject with a caliper if desired.

T = Vibration of Tempic Field
IF = Mediator Frequency
FB = Feedback Loop
M = Magnetic

Spreadsheet 2 Photo

I decided to try feeding the Source Field connection into the air at the top and bottom on the feedback loop.
The smallest fractal that will fit on the tip of the cones is the 6.956 mm on the 24th layer.
This is feed back to the outer ring using a factor or divisor method.
It is then coupled to the Source Field directly and then splits
to both inside and outside cones from each end.

Cone Spreadsheet

OpenOffice.Org


Energy Loops - End Conditioning

Vibration Circuit Diagram



Vibration

Vibration follows different rules then Electricity.
The electric field obviously runs a circuit through the cones wires, shorted on the top and bottom and we expect the voltage to appear at the center if charge separation works as expected.
The vibration path is going to set up layers of nodes that spin at many different frequencies, approximately 12 on each cone if our calculations are correct.
There will be 12 layers that are static or stationary, and 12 that have nodes in motion all spinning.

What happens at the top and bottom of the cones is that we may tap both bottom and cone tip into the background field at 333000 Hz.

We need to understand the frequency layout from both base and tip in order to form a coupled circuit for the vibration path.

The spread sheet gives the vibration frequencies for the base, and for the last disc that will fit on the wires of the cone tip.
The frequency will be 38.07 on that vibrating disc with spinning nodes at the tip of the cone.
The tip is shown in the diagram below as the center black circle and square.
The 6.956 mm diameter is a magnetic circle, this means the square will not be stationary.

On the outer ring we have two frequencies standing as a Pi / 2 SSF.
Circle  122268.896 Hz
Square 77838.797 Hz

Feed Back Loop Diagram

In order to set up the Red lines in the diagram above, we will use a mediator frequency and set it up as the Green pattern in the air between tip and outer ring.
We can couple it to the outer circle using a mediator frequency.
122268.896 Hz / 38.07 Hz  =  3216.991 Hz
Now we need to find the diameter to use for the caliper setting.
Diameter = 2 Sqrt ( 3216.991 / PI) = 64 mm
If you want it to be self sustaining on its own add the inner squares frequency as well.
Frequency = 3216.991 * PI / 2 = 2048 Hz
Side Length = Sqrt 2048 =  45.25 mm

Mediator Caliper Settings
64 mm
45.25 mm


Now we can tap the mediator into the background field using an IF frequency either into the green circle, or into the green square.
This connection is shown as the thin green lines to the Background field that is everywhere.

333000 / 3216.991 =  103.513 mm
333000 / 2048 =  162.598 mm

Source Field Connection
Option 1    103.51 mm
Option 2    162.60 mm


If we set this up on the ends of all the cones, we should get a nice vibration loop.
The Source field energy will split and couple to both inner and outer coils on top and bottom of the cones.
There will be a vibration frequency ratio of over 3000 x between the two coils on each end.
That should put it up in the range of Electron to Nucleon ratio and simulate an atom.

Note the two coils are shorted electrically at this point, but vibration does not care.
Worst case we can play with the length of the shorting wire to maximize the two vibrations.

Understanding of mediator frequencies can be found in the Source Field Document.
Source Field Connection


Increasing the vibration node count

Flower Diagram


If we want to get clever, we can create a 4 fold increase in the loop back density, by matching the inner tip vibration to the flower, and then let the flower make the connection to the outer ring for us.
On the next vibration loop, the frequency will go around at a lower frequency, pulling down more of the high frequency energy of Source.
This should add density to the field.
These boxes can be reduced in size by even factors, and make smaller and smaller flower of life energy fields that will be more dense.
Caliper injection can be used to add these fields to the section.


Walter Russell Cones


www.ResonantFractals.Org