Figure 1-Salt from Dried Gulf Seawater-Contaminated by Oil-Control Sample-Minimally Exposed to John and Nancy’s Healing RF Frequencies

Experiments Samples of oil-contaminated seawater from the Gulf of Mexico were given to me for analysis by Mr. John Hutchison and Nancy Lazaryan. The experimental sample had been exposed to healing radio frequencies of a high intensity, broadcast from an apparatus designed and built by Mr. Hutchison. The control sample had been exposed only minimally to these frequencies; this small exposure was inadvertent, and occurred during an experiment in which the control was not far enough away from the apparatus to avoid any effects. Close exposure to RF radiation from the apparatus had previously been shown to reduce the amount of crude oil hydrocarbons in the test water from 7 ppm, in the control sample, to undetectable levels in the irradiated sample.

Analytical Procedure Approximately 20 ml of both samples were dried in an oven at 100 ºC, overnight, and the solid salts isolated. Samples of solids from both samples were mounted on an aluminum post, and placed in a scanning electron microscope (SEM) with an energy dispersive X-ray (EDX) attachment for elemental analysis.

Results of the EDX analysis of the control sample are shown in Figure 1. The sample composition appears typical for seawater salt, with sodium and chlorine being the most abundant elements. No carbon from hydrocarbons was detected, as 7 ppm carbon is a concentration which is too low to be detected by the instrument. Other elements detected included oxygen (O), magnesium (Mg), aluminum (Al), silicon (Si), sulfur (S), potassium (K), and calcium (Ca).

Figure 2-Salt from Dried Gulf Seawater-Contaminated by Oil-Experimental Sample-Extensively Exposed to John and Nancy’s Healing RF Frequencies The elemental composition of the experimental sample is shown in Figure 2. This sample clearly differs in composition from the control sample, and is almost pure sodium chloride. The magnesium, silicon, potassium, and calcium observed in the control sample have disappeared, and a small phosphorus (P) peak is now evident. This element was most likely also present in the control sample, but was masked by its larger sulfur peak.

Conclusions 1) Exposure to the RF frequencies used in this experiment alters the chemical

composition of the dissolved solids in the seawater. 2) Minor component elements appear to be removed, and the composition of the salt

altered so as to purify the major component salt in the water (sodium chloride). 3) Further tests should be done to quantify the effect on salt and hydrocarbon

composition with respect to the amount of RF energy added to the water, and to investigate the effect of these RF frequencies on harmful minerals, such as arsenic, mercury, and lead.

4) Further tests should be done to investigate the range of the device, and to adjust the RF intensity to remove hydrocarbons, and (hopefully) harmful minerals, while keeping most of the essential minerals in the water.

5) Investigation of the mechanism of action of this method should also be undertaken. It is this author’s opinion that the ions and hydrocarbons removed from the water are being dematerialized and becoming part of the quantum vacuum/zero point energy.