Inner peace promotes alignment and allows our energies to flow in continuity with the energies of the universe; conversely when our mind is full of negative turmoil there can be no alignment. With alignment comes the spirit of calmness that allows the thought patterns to flow in harmony with Nature's ambient forces. Clarity of thought is only possible when the brain's energies are in resonance. Thoughts are in reality another expression of energies and logically, they must require an organized energy design in order to be coherent. A design that prevents the flooding of energy waves. I suggest that a Vivaxis provides the necessary mechanism in the form of a specific wavelength and vibration, with the ability to erase another wave vibration after its information has been processed and stored. On what basis can we reach this assumption? Every normal functioning brain receptor in the energy meridians has a set of two code receptors; one of the two always has a wave vector towards the person's Vivaxis, with an energy field surrounding the wave vector. There are many specialized brain receptors but at this point of reference we will only concern ourselves with the specific brain receptors of our communication circuit. See photo numbers 5, 6, 7, 8 and 9, Volume 1, Born to be Magnetic, middle pages. The specialized communication brain receptors have two code receptors on either side of the brain receptor, spaced approximately one quarter of an inch apart. One code receptor of the pair will contain two distinct Vivaxis energies that have waves both horizontally and vertically orientated. In contrast its mate has only the horizontally orientated wave. This latter code receptor has the ability to vibrate in resonance to another wave temporarily introduced into its atomic structure and it will register a telltale wave vector to the source of the introduced wave. This pair I will refer to as a voluntary pair of code receptors for one of the pair responds to the brain's command and is flexible. It is highly significant that only one of the pair can align its atomic particles to another wave introduced. The code receptor containing two distinct Vivaxis energies acts as an eraser and each time the mind relaxes, erases the weaker visiting pattern contained in its mate. The ability of Vivaxis energies to erase and cancel prevents wave flooding of our circuits. On the other hand how essential it is that we can temporarily link wave circuits in order to communicate with others. Both wave disciplines portray the subtleness of the creator's design. A design with a Vivaxis as a fundamental part of the blueprint. A supporting role is played through the absorption of arealoha energy waves in our immediate environment, their flexible and compatible qualities help link us to the biological rhythm of our environment. I further suggest that in conjunction with light, arealoha energies propagate the common wave medium necessary for communication with others. A wave medium that is harmonious to all and absorbed by all. In contrast, a Vivaxis propagates waves that are only completely compatible to the individual or entity that is linked by wave to that Vivaxis.

Method of testing the horizontal and vertical orientated waves within a code receptor

This method of testing will be the prerogative only of those whose circuits are clear of conflicting vibrations, people who are capable of transferring a wave pattern free from interference. Refer to Volume 1, "How to Test and Identify Receptors," page 111. A convenient brain receptor for testing on yourself is one located on the centre of your forehead (refer to diagram 10, page 142). All the first set of tests should be done standing and facing the same direction, but of course, not a direction related to any of your four channelling positions. When recording with a ninety-degree angle wire use the tip of your recording finger on your left hand to locate the Vivaxis code receptor situated beside the brain receptor. When it is correctly located, your recording wire should swing sharply into the direction of your Vivaxis channel and your brain should not be able to direct it elsewhere - we refer to it as a fixed direction, "a wave vector that cannot be changed."

The wave motion surrounding the wave vector can be recorded by altering the ninety-degree angle between the arms of the angle wire. The angle will be determined by:

(1) The elevation of the tester in relation to the elevation of his Vivaxis.

(2) The individual wave behaviour of the specific receptor being tested. Refer to Volume 1, pages 123 to 125. When the correct angle is found the recording wire should spin in its copper sleeve and should not stop by command of the brain. Test its mate with a ninety-degree angle wire and it should respond to directional testing.

Test further the different wave behaviour of the two, observing that the one with the fixed alignment to your Vivaxis has an energy wave orientated both in horizontal and vertical planes. I qualify this last statement by saying, "Providing my analyses of the observation are correct."

My method of testing the orientation of waves

(1) Testing number one code receptor with a fixed wave vector to my Vivaxis. I tested it originally with the end of the vertical arm blocked off and next with the end of the horizontal arm blocked. Repeated tests all confirmed that the recording wire responded the same in both tests, swinging into my channel with its wave vector holding a fixed position, despite my wave command to other directions.

Deduction - There were two wave motions within the same code receptor, one horizontally orientated, the other vertically orientated. Both wave motions had vectors directly to my Vivaxis, with spinning energy fields surrounding the wave vectors.

(2) Its flexible mate was tested. It had no wave response or life if the tip of the horizontal arm was blocked. However, it responded correctly to our directional testing when the vertical arm was blocked.

Deduction - This flexible mate only had a horizontally orientated wave motion within its structure, with a spinning energy field surrounding it.

Do these two code receptors ever change roles? Yes. A suggested method of testing the influence that causes the reversal of their roles in wave motion is the following: Stretch a string down the room marking your Vivaxis channel. Test and you should find these two code receptors will reverse their roles every time that you move your position from left to right of that line.

A simple method to block off one end of the ninety-degree angle wire from recording. Take a section of paper and convert it into a makeshift bag, ballooned around the end of the wire leaving the end free within the confines of the paper balloon. In order for the test to have validity the tip of the wire must not make direct contact with the paper bag. The paper should extend about one inch beyond the tip of the wire. The free ends of the paper can be gathered into the wire and tied. Before each new test I take the precaution of using fresh paper to avoid a wave carryover. As a scientific instrument such attachments to our instrument undoubtedly lack prestige; however they do serve a useful purpose for what they are intended.

At this point let us turn our attention to exploring a pair of specialized voluntary code receptors associated with the movement of a knee. There are groups located in the four quadrants of the cortex and signals are received on the surface of the head. For convenience of testing we will select a pair located on the left side of the forehead just below the hairline (refer to Volume 1, page 113, figure 7). Recording in the same manner as the previous test you should observe that one of the pair is linked to your Vivaxis with both a vertical and horizontal wave orientation within the same code receptor. Test its mate and one finds a repetition in part to the pair of communication code receptors. For the mate always has a horizontally orientated wave within its structure. Explore now where the difference lies. While testing it think of another person: you should get no response. Think now of moving your knee in a designated direction and according to my observations the wire moves into that direction. When your recording finger is on the same receptor think of moving your head or arm; the wire is unlikely to respond. These tests serve to illustrate the select part the pair of code receptors play in receiving wave messages responsible for the movements of the knee and legs only - again we salute the subtleness of our Creator's design. Double check your accuracy in correctly locating the knee code receptor and do not confuse them with a nearby specialized brain receptor. This brain receptor will respond to wave messages to the knee but will also become stimulated when you multiply, refer to Volume 1, pages 112 and 113.

Involuntary Code Receptor

Pairs of involuntary code receptors are operating in the meridians associated with such glands as the pancreas, liver, kidneys, etc. These involuntary pairs have Vivaxis energies with both horizontally and vertically orientated energy waves contained in each of the mated code receptors. They are self contained with energy waves with fixed wave vectors towards the owner's Vivaxis. Such observations give more evidence of the important and primary part played by our Vivaxis energies. The important part in controlling the physical functions of all our organs including our brain.