This section is from the book "Vivaxis, The Spiral Of Life", by Frances Nixon. Also available from Amazon: Vivaxis, The Spiral Of Life.
Many scientists advance the theory that the world behaves like one gigantic magnet. Further theory has been advanced that this is possibly due to currents in the interior of the earth that are maintained indefinitely by the earth's rotation. It is an interesting speculation and one that could well account for what we refer to as related energies. Spins of the atoms in related energies are in coordination - the angular momentum of the spins brought into resonance with each other by the oscillating horizontal and the magnetic vertical energy waves.
Waves, being invisible, have a nebulous quality that is often difficult to comprehend by written word or illustration. Waves also have energies and energies can be felt. By absorbing these energies through our eyes, our central nervous system is influenced by, and capable of, recording their motions.
A few appropriate words on X-rays: X-rays are known to cause atomic disruption, and like other electromagnetic radiations, undergo polarization. It appears that this foreign radiation alters the spins of the protons and electrons in the X-rayed bones, changing that particular bone's Vivaxis to coincide with that of the magnetic and gravitational field where the X-ray took place. Its energies no longer work in coordination with the energies of the remainder of the body. It becomes more of a co-existing linking up of circuits. In some instances this appears, over a period of time, to result in cumulative damage to the nervous system.
It is possible to detect which bones in a person have been X-rayed by the confliction in wave pattern whenever an X-rayed bone is moved or flexed. It can be detected in the heart and also pinpointed through picking up the wave patterns directly from the neurons situated in the cortex under the skull - the neuron associated with, and connected to, that particular X-rayed limb. This will be given considerable coverage in later chapters, but an elementary understanding of energy behaviour can help later comprehension.
Some observations of energy wave behaviour in relation to ourselves: One of the most common questions we are repeatedly asked is how Frances originally managed to decipher the many aspects of the findings. This was only possible by observing and assessing energy waves in relation to each other, and in relation to their Vivaxis; how wave circuits could be linked and how waves could be cancelled. How could this be done? The answer is simple, but the incredibility of the method will in all probability dumbfound those that experiment with it as much as it did myself.
The story of the unexpected phenomena goes back five years. Frances relates it as: I was writing notes on my experiments concerning rounds of wood, and I drew an illustration with a carbon pencil showing the rings in the wood. I used a heavy writing pad. I realized later that the whole drawing must have been executed without shifting or moving the pad. The illustration had been placed in another room, and I then speculated on the line pattern of the rings, mentally comparing them to our own fingerprints and how the centre whorl could be used to locate a person's Vivaxis. Not expecting any results of significance, I idly tried picking up the wave from the centre ring on the illustration. It was observed that the angle-wire aligned to the point on the table where the illustration had originally been done. The wave picked up from the outer rings pulled the angle-wire in toward me. Testing from varying positions, the results were the same - to the point on the table and to myself.
My reaction was one of incredible disbelief. This was hard indeed to believe and even harder to analyze.
The analysis in reality was quite simple in principle, but we worked with what we refer to as carbon circuits for a considerable time before it became apparent.
methods and rules we adhered to | reasons and analysis |
A line, approximately four inches long, was drawn with a carbon pencil on plain paper. | We are carbon atoms mostly, and this is a good conducting medium for our radiation. |
The surface used was absolutely level. | Waves travel in vertical and horizontal planes. |
Paper was held flat and firm with cello tape. | To ensure that only related energies of the local field were introduced into the circuit when the pencil moved across the lines of force. If the paper shifts when the line is drawn, the line shows lack of polarity and will not record. |
The participant stood with feet slightly apart, clothes not grounding or touching any object except himself. | This is a principle of two groundings much like an electric circuit. |
The pencil was held for an interval of approximately ten seconds before the line was drawn. | This gave the carbon time to absorb some of the participant's radiation through the neurons of his fingers. |
After the carbon circuit was completed, we waited thirty seconds before testing. When we moved the carbon circuit to a new position, we gave it about fifteen seconds before testing it. | A short interval is needed for it to absorb the radiation, and electron spins to reach a steady state. |
To prevent other influences and recording between testing, the circuit was kept blacked out by placing it in a box. | This illustrated how light acts as a stimulation and a carrier wave to the circuit. |
Unrelated waves can be used to cancel out carbon circuits. Shift paper around on the table, scribbling over the lines as you move it. This was a method we learned to avoid the confused linking up of carbon circuits through the common radiation introduced into them by the same participants. This precaution was taken prior to burning the discarded circuit.
There was one embarrassing incident where a carbon circuit involving the radiation of two persons was burned in the fireplace without first being cancelled out. The polarized circuit became uncannily transferred to a neighbouring piece of aluminum foil during the burning process, linking the two persons into a common wave circuit for an incredible length of time.
It is interesting to test a circuit immediately after it is done and to note at first the state of circulating confusion. Rapidly the energy waves sort themselves, keeping their own identity according to the character of their own wave lengths; true to the rule of birds of a feather.
Let us, for illustration purposes, suppose that you draw the line, and you are female sex. It is not deliberately intended to bring sex in to liven up the story. It literally plays a part in attracting and repelling, which is fascinating to observe.
Under normal circumstances and without outside interference, the following is a normal pattern for the circuit that you draw, after it has reached a steady state. Wave readings taken from the three key points of the circuit - the two opposite ends and the middle point show as follows:
A. At point A, at the beginning of the circuit, the angle-wire picks up you the person, whose energy was introduced through the right hand's neurons.
The method of checking for proof of validity is as follows: The wave-transmitter can, on most occasions, locate the correct direction of your whereabouts many miles away. In tests you can be deliberately located when out of sight and earshot of the wave transmitter and the pattern of your movements can be traced. If you turn around a few times, the transmitter records this with his angle-wire. If you reverse direction, this is also recorded. The changes are generally recorded approximately two seconds later.
Polarize in alignment toward your Vivaxis, either one of your directions - sideways, frontwards, or backwards, and the transmitter's wire swings away from you and points to your Vivaxis. There are other instances when the angle-wire will pull away from you and toward your Vivaxis, i.e.: if you stand for any period without stimulating any movement - if your hands are clasped, or your ankles crossed. Only when you align yourself correctly does it affect the whole circuit, polarizing it over entirely to your Vivaxis and eliminating all the other energy waves in the circuit! It was this characteristic that led to the eventual experimenting with using our own polarized wave to destroy foreign bacteria and viruses.
Why, originally could the waves from point A be used to follow you? We suspect the answer is an incomplete energy introduced by drawing with one hand only. The wave seeks its counterpart in the other hand. Here is the predominant law of energies - negative and positive. If the carbon circuit is drawn using both hands, point A wave cannot be used to trace you, it goes directly to your Vivaxis.
Now cancel out this circuit by the method recommended and draw a new one using the right hand only.
B. The carbon circuit can be moved into locations removed from the original position. Point B has a wave length back to the point where the circuit was drawn. The local radiation was evidently introduced into the circuit when the lines of force were cut by the motion of the pencil across the paper during execution of the line. This point is now the Vivaxis of the circuit.
 
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