The Platinum Cannon Shipwreck - 20th Century Alchemy- Chapter 6- Synthetic Production- 2

The Platinum Cannon Shipwreck
A modern tale of Alchemy
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Chapter 6 Synthetic Production of Precious Metals from Black Sands

When Jordon, Iseman and Beckman accomplished their analyses, they all used different digestive procedures. However, the first common denominator was they directly treated the black sands. And second, each used a high temperature digestion process. The following is a typical description of their processes:

Don Jordon: NaOH + H202 (sodium hydroxide + hydrogen peroxide). Compound is mixed with the mineral, then fused.

Greg Iseman: 3HC1 + HN03 + HF (Modified Aqua Regia) . The solution and mineral is placed in an industrial microwave until dissolved.

Beckman Laboratories: Acid Bomb. The mineral is mixed with a flammable chemical constituent, then placed within a high pressure container and ignited by a spark.

(These techniques were the ones used at the time data was gathered for this report, 1989 - 1992.)

The underlying reasons for the use of these techniques are twofold. Primarily, each was attempting to develop a process which would give total digestion of the sample. And secondly, they were expediting the time required per analysis; thus, giving their customers a quicker response time.

Back to the original discussion. Why do these laboratories report very high yields of precious metals when the refineries report none from the same sample? Simple, by using different, yet similar technologies, these laboratories are unknowingly creating a "quasi?controlled" nuclear reaction. Yes, they are unknowingly producing precious metals as the result of nuclear reactions. They are causing transmutation.

PRECIOUS METAL PRODUCTION

To synthetically produce precious metals, one must first comprehend that to change one element to another requires a nuclear reaction. A nuclear reaction is where the number of protons and neutrons are varied within the nucleus of an atom to give it new physical properties. This change can occur by two mechanisms, fusion and fission.

FUSION is where the nucleus of one atom is combined with the?nucleus of another atom. or, in some cases, the nucleus of the atom is combined with a neutral particle called a neutron. In a fusion reaction, the atomic number of the element is either the same, or higher after the incident. It is never lower.

On the other hand, FISSION is where the nucleus of one atom is split into two or more constituents. The primary accepted mechanism to achieve fission is by bombardment of the targeted nucleus by neutrons. A newly discovered mechanism can account for selected fission reactions wherein particle bombardment of the nucleus is not required. Refer to Chapter III for discussion.

So, how does one bring about a nuclear reaction which creates precious metals, a process high energy physicists claim impossible at low energies? To answer, I will use a quote by my mentor, "Everybody has a theory," and leave it at that. For now, let us only concern ourselves with the mechanisms, causes, before conditions and ending results.

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