Joe Cell Matrix

Other important functions of the matrix :

We normally don't use decimal placing in a square matrix, as nature does not use decimals or fractions of a whole. But in the matrix of figure 1 we are using a dimension value which was taken from an actual physically measure. Stainless steel piping comes in 'outside diameter' values very close to the values expressed in the matrix. I wanted absolute accuracy to allow others to understand or be able to modify from these values. If I where using physical material volume and not measurement math, I would use whole values in the matrix. I could still use integer or whole math by simply removing the decimal point of the matrix values and replacing the decimal point when I derive the new cylinder physical values from the matrix.

If we use these values in a simple metric coordinate system we can apply millimetre suffix to these and can then apply them as the diameters, length and thickness of the cylinders. With hind sight, there are four cylinders in the Joe Cell, therefore there needs to be four (4) individual values, hence the matrix must be 4 x 4. Because we are also using volume (3D), each value must exist on both the X & Y planes, thus the reason why I believe we use the diagonal. I will try to explain further why I believe this X,Y, Z 3D functions the way it does at the end of this document.

DERIVING VALUES FROM THE MATRIX

Using the left diagonal from the matrix of figure 1 we have the values:

CYLINDER DIAMETER :

We can convert the above diagonal values directly to the metric coordinate system.
So the values now become :

CYLINDER LENGTH :

We now know the 'line value' of the balance square is 255. This can be used as the constant length of each cylinder which equals 255mm

So the value becomes :

CYLINDER THICKNESS :

The wall thickness of each cylinder (pipe) may be taken from the ratio of the diagonal values.
Starting from the smallest inside cylinder working out to the largest outer cylinder. That is 25.5/5.1 , 51.0/25.5 , 76.5/51.0 , 102/76.5
(See figure 2 below.)

figure 2

I guess you could try to average the above values an use them as a constant cylinder thickness.
(5 + 2 + 1.5 + 1.3 ) / 4 = 2.45 mm . I'm experimenting with a constant 1.5 mm thickness.

figure 3

If the constructor is using the hypothetical next cylinder value, this will give the cylinder ratio values as : 1: 51.0/25.5, 2 : 76.5 /51.0, 3 : 102/76.5, 4 : 127.5/102.0 [127.5 = hypothetical next cell value.] I have only mentioned the above hypothetical next cell value here in case people wish to try it ?

SUMMATION & FREQUENCY:

The Line value of the Matrix is 255.

Total summation value becomes 4 x 255 = 1020
This value can be converted to the Hertz frequency :

This cell might or at least should give out a frequency or pulse at 1020 Hz ?

Some one may like to check this frequency against the harmonics of the vehicles ignition coil. The now mathematically tuned cell may work better or worse with resonance of the ignition coil ?

CONCLUDING:

Using the values from the matrix of figure 1 we can tabulate the following:

The Joe Cell matrix of figure 1 could have just as easily been worked out on volume. I leave this up to other people to experiment with the different values an matrices.... I hope the above matrix material is simplified enough for all people to understand. Please share your findings with all other people, and please don't forget to share your findings with me as well!...

Why use the left diagonal ?

As I believe the Natural order of the 3D universe is the balance of two forces (binary). The 3rd state could be the differential summation point, balance zero point or rest state of these two opposing forces. To have something exist it must be present on the X plane as well as exist on the Y plane (binary). When these two forces meet or combine by sum difference or force charge they force the third plane Z into existence. By two natural forces combining the energy must go some where, so it moves at any angle on the Z plane. So as I believe binary then becomes trinary (3D). This is also evident with matrices: as the X & Y plane move/intersect they create the diagonal Z plane. So we can then represent a frame of motion (matrix) on a 2D sheet of paper as a map of 3D. I therefore believe Prof. J.R.R. Searl may use the left diagonal for this reason also. There is also a mirror image-opposite of two triangle halves when balancing all matrices. Prof. Searl also uses many other functions and options from with in all matrices.

Points to Remember:

In case people have not noticed, all square matrices have two triangle halves that make up the total square. The upper triangle is the mirror image-opposite of the lower triangle. The triangles usually separate along the left diagonal. This mirror image-opposite function is not always obvious with every matrix. When using any unbalance square matrix, the right upper triangle is always greater in sum value than the lower left triangle, until you balance the square matrix. You may not notice the mirror image opposite triangles first up as some matrices do not display this right away. You may like to view the sporting draw matrix for a better visualisation into the mirror opposite function. At times you may need to understand this mirror image-opposite function to be able to apply it in mapping a matrix to a reality system.

Distribution Rights.

People may use, distribute, copy, print or hyperlink the Joe Cell Matrix material as they so desire, provided they fully acknowledge the original copyright of the author G.D.Mutch along with the following persons below:

Let us all work together for a cleaner more content world for all...

Good luck with your J-Cell...

G.D.Mutch [B.I.T]
Rockhampton Qld.
Australia.4701
Email : gmutch@bigpond.net.au