Literature Analysis

 

SECTION ONE OVERVIEW:

SECTION ONE NOTES:

Stan mentions: “a singular unipolar voltage pulse wave-form alternately polarity triggered” is yet another way to release thermal energy from the water molecule.

1. This statement indicates that only one pulse train is utilized, but has electronics that controls the polarity by connection to VIC coil array. The pulse train diagram referenced matches up when superimposed to provide clarity. It appears the T3A/T3B are the transition delay times of the switching between primary coils.

Figure 3-46 shows a setup that indicates bipolar pulse train applied (noticing the voltage is diagrammatically shown in reference to 0v, or ground). This would provide a greater difference of potential, being that the total electric field gradient would be the summation of peak-to-peak voltages. The waveform above could be utilized still. The change being the orientation of VIC primaries, to 180 degrees out of phase with one another, and provide a center tap for 0v.

SECTION TWO OVERVIEW:

SECTION TWO NOTES:

Meyers mentions: “causing atomic flexing of the water molecule atom(s) energy aperture (7) of Figure (5-1) which, in turns, releases radiant thermal heat energy (165) from atomic structures. While Meyer doesn’t expressly mention this diagram (Figure 5-10), it is helpful to understand the inter-atomic actions.

We can see that “Oscillating Energy Aperture” is designated as (7). This correlation to above excerpt cannot be ignored. Clearly, Meyers is talking about the electrical field causing a flexing or elongation of the atom down to nuclear level. Should also remember that radiant thermal energy is in the form of photons (according to physics). These are the exchange of electromagnetic energy, or heat. Flexing orbital pathways may cause photon emission as electrons are forced to upper/lower energy levels.

SECTION THREE OVERVIEW: