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PseudoScientist © 2002, 2007, 2009 The following episode is a true description of magnetic reactors built and test results obtained from using these reactors within the authors's test areas.
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This package was sent by Fedex to Nuvilex, a pharmaceutical company in New Jersey, on November 8, 2009.
Subject: New Compound Formulations Within Compressed Magnetic Fields
I am a retired senior engineer from research and development laboratories at Philco, IBM, and RCA Corporations. This is a brief presentation about biochemical formulation within compressed magnetic field reactors. These reactors use less than half watt of resonance energy during the reformulation process. New biochemical compounds are produced within the reactor chamber, and this process may produce new biochemical formulations for your investigations.
A recent investigation was made using cinnamon powder soaked with water, and the resultant cinnamon paste was placed into plastic reagent cells.These reagent cells were placed within the reaction zone of the compressed magnetic field reactors using different resonant energy configurations.The reformulated mixtures would adhere to open sores with a cyst type structure and would completely heal the open sore region.
Your web site indicated that your product line uses cinnamon based ingredients. Our testing might produce new chemical ingredients which might enhance your product line. Your staff would be most able to analyze chemical changes within our cinnamon paste samples which are evident from the aroma and color changes within each test formulation compared to the control mixture..
I have enclosed four small samples of this reformulated cinnamon water mixture for your evaluation. I am presenting these samples as a gift to your company with no liability associated with your analysis of these samples. I hope the chemical reformulation within these cinnamon paste samples would be of interest to your company:
Sample A is cinnamon water paste control mixture. Sample B is cinnamon paste formulated within low frequency nuon reactor. Sample C is cinnamon paste formulated within low frequency lithart reactor. Sample D is cinnamon paste formulated within high frequency lithart reactor.
A previous experiment was the reproducible tetracycline based oil formulation, created within the magunit reactor, which grew hair on alopecia test patients. Doxycycline and natural tocopherol oil were crushed together and placed within the reaction zone. Chromatographic analysis revealed a micelle structure with many unknown compounds indicated on the chart readout. Roche was interested until concern about possible side effects from tetracycline compounds became evident.
Thank you for your consideration in this matter.
Sincerely yours, George S. Carlsen
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