The
Mango Metal Report
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
Preface
To whom it may
concern,
When reviewing this report I suggest that one applies an open mind to
its contents, for without any doubt, the discovery made by Mango Metals
Partnership will be a pivotal point in our social and economic history.
As we near the end of this century, many new advancements in physics
are being incubated. One area of obscured research is the formation
of new elements using low energy nuclear transmutation. In general terms
this translates to having the ability of changing one metal to another.
Yes, the ability to produce gold and other valuable metals from metals
of a lesser value.
One could use the term "alchemy" and would not be far from
the truth as it relates to the cargo of this unknown ship of the 1800's.
For some reason the Spanish(The determination of Spanish origin is
based on the artifacts found at or near the wreckage.) decided to
carry over 40,000 pounds of material from Central or South America back
to their Country, which when reviewed by science in its true singular
sense has the appearance of common limestone. This material when tested
in its singular state by respected laboratories shows that no intrinsic
value exists to this elusive cargo. However, when this material is properly
prepared and mixed with lesser metals such as lead, a transformation
appears and macro quantities of gold and platinum are produced.
One may call it what they wish, but the reality of this discovery is
so frightening real that if misused, could cause the economic structure
of our society to collapse. One would question this by asking -- "How
much gold could one produce from this cargo?" That is the incorrect
question, for the importance is not in how much of this cargo is under
the ocean, but can it be replicated?
The somber answer to this question is - yes…….
Joe E. Champion
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
INTRODUCTION-THE
SEVEN STEPS TO CHURCH
Iit is a well
established fact that the Europeans have been advanced in the art of
metallurgy for centuries. The Spanish are no exception to this fact.
Having said this, the Spanish developed a series of protocols that allowed
for the accelerated collection of precious metals by blending selective
ore bodies. Was this the start of metallurgical science, or the foundation
for low energy nuclear transmutation (alchemy)?
The SEVEN STEPS TO CHURCH is a translation from the title of a Spanish
process which utilized seven steps in the formation of precious metals,
with the emphasis being gold. What one will find of interest if they
study the process is that even the Spaniards recorded that during the
process, they would not see the presence of any precious metals until
the second step. And from that point forward the gold would appear to
manifest itself.
Did
they find the elixir which caused the formation of precious metals?
At this time I would have to say, without question, the answer is yes.
To understand the mechanisms involved, the following report provides
the fundamentals of how the 40,000 pounds of material discovered by
the Mango Metal Partnership plays an intrinsic role as part of the SEVEN
STEPS TO CHURCH.
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
PREFACE
INTRODUCTION
SCOPE
PHYSICAL HISTORY
ANALYTICAL HISTORY
SUMMARY OF ANALYTICAL HISTORY
PHYSICAL PROPERTIES OF GRAY MATERIAL
PROTOCOL FOR SCIENTIFIC INVESTIGATION
SCIENTIFIC FINDINGS
SPECTROSCOPIC, MICROSCOPIC, X-RAY DIFFRACTION AND GENERAL CHEMISTRY
ANALYSES
Earthtech International - Scott Little 's Baseline Report
Mark Hugo 's Spectroscopic Analysis
Atlantic Pacific Trust - William Higgin's Baseline Report
William Giffins Baseline Report
Wet Chemistry Analysis of Grail Matter -- Joe Champion
FIRE ASSAY AND EXTRACTIVE METALLURGICAL TESTS OF GRAY MATERIAL
Western Precious Metals -- Ed Horton
Bill Giffin and Joe Champion :
TRANSMUTATIVE TESTS PERFORMED USING THE GRAY MATERIAL
Barry Merriman and Bill Higgins
Bill Giffin and Joe Champion
Gray Material Transmutation Test 1
Gray Material Transmutation Test 2
Dallas Testing -- Dan R. York
Gray Material Transmutation Test
Baseline Transmutation Test
TRANSMUTATIVE TESTS PERFORMED USING THE D FROM CANNONS
Joe Champion and Bill Giffin
TRANSMUTATIVE TESTS PERFORMED FROM SYNTHESIZED GRAY MATERIAL
Synthesized Gray Material Test
TRANSMUTATION TESTS USING GRAY MATERIAL with GOLD INQUART
SUMMARY OF SCIENTIFIC FINDINGS
General.
Transmutation via Hetro-reaction Schemes
Mechanisms Required for Nuclear Transmutation
Dealing with Nuclear Isotopes Produced from Low Energy Nuclear Reactions
Computer Modeling -Jim Uban
CONCLUSION
ATTACHMENT "A" -- PROFILE OF JOE CHAMPION
ATTACHMENT "B"-- THE FORMATION OF GOLD FROM MERCURY
ATTACHMENT "C" CONVERSION OF LEAD TO GOLD
ATTACHMENT "D" NUCLEAR PROBABILITIES <0.01 MEV
ATTACHMENT "E" NUCLEAR PROBABILITIES <0.001 MEV
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
THE FOLLOWING REPORT:
ECONOMIC AND PHYSICAL ASSESSMENT OF MANGO METAL PARTNERSHIP'S
CARIBBEAN SALVAGE
IS THE PROPERTY OF MANGO METAL
PARTNERSHIP
PREPARED BY JOE E. CHAMPION
SEPTEMBER 1996
SCOPE
The Mango Metal Partnership requested a concise report to determine
the deposition of the material salvaged from an approximate 100 year
old wreckage of one or more vessels in the Bahamas. The material consists
of various types of metallic artifacts, barrels of a gray siliceous
metallic matter and black rocks. It is my understanding that the material
was found in less than 50 feet of wafer and at points throughout history
the material could have been exposed to air.
Without stating, there are always estranged stories and myths surrounding
archeological finds, and these myths seem to become enhanced when a
shipwreck is involved. The particulars surrounding this discovery have
until this point been embellished with an aura of mysticism and unknowns
that have cause untold mental anguish on its discoverer and people associated
with the disposition of the cargo for the past six years. Hence the
purpose here is to separate the facts from fiction regarding this discovery.
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
Physical
History
Since the purpose of this report is to determine the physical properties
of the discovery, I will forgo any attempt to report its discovery and/or
recovery.
As mentioned the discovery is divided into three general categories,
which are further defined as follows:
1. Metallic Artifacts
a) Cannons
b) Cannon balls
c) Trunnions, fittings and associated metallic pieces
d) Assorted metallic bars
2. Gray material
a) Approximately 140 barrels with an average weight of 400 pounds of
gray siliceous material.
3. Black rocks
a) Approximately four tons of a siliceous rock which is not indicative
of the local geological formation.
Since 1990, fractions from each of the prementioned have been analyzed
by various technologies and have indicated everything from millions
of dollars of value, to the only the historical value of similar artifacts.
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
Analytical
History
The following is based on documentation supplied by Mr. David Econopouly,
a principle of Mango Metal Partnership.
December 1990 -- Vern McMahon, Ph.D. of Auro Research Laboratory tested
an unknown bar from the metallic artifacts. The results obtained by
electromagnetic assay(?) said that the bar contained -37.81% by weight
of rhodium metal.
January 1992 -- Mr. C.W. Ammen(C.W.Ammens is a respected metallurgist
and his practices are in line with those of the Colorado School of Mines.
He is also author of "Recovery and Refining of Precious Metals",
Van Nostrand Reinhold, copyright 1984) reported that the bars contained
an average of 38% rhodium metal. Type of analysis was not released.
July 1992 -- Mr. Dayne Chastian, an independent assayer and refiner
reported the following:
Cannon ball-- Gold, Rhodium and Iridium in concentrations of 30-40%
with gold being the predominate metal.
Black Rock -- Gold, Rhodium and Iridium in concentrations of 3
Rock Samples -- Gold, Rhodium and lridium in 3-4% quantities.
No mention was made as to the type of analytical procedure utilized
in the report. However, in a subsequent telephone conversation prior
to this report, Mr. Chastian reported that he used standard digestion
technologies with resin collection (final collection in lead), collection
in copper and electro-digestion (also an industrial standard process)
and direct scorification and cupellation.
September 1992 -- Mr. Zig Bremmer and associates from Germany, all of
Bremmer Technology Corporation, Scottsdale, Arizona reported the following:
Element |
Cannon |
Cannon
Ball |
Pt |
67.00% |
42.00% |
Au |
2.40% |
3.40% |
Pb |
5.00% |
3.00% |
Ir |
1.60% |
0.21% |
Rh |
0.17% |
0.44% |
Fe |
6.50% |
0.10% |
Ag |
0.24% |
0.15% |
Pd |
0.19% |
0.11% |
Sn |
0.17% |
0.03% |
Cu |
0.10% |
0.13% |
Ru |
0.02% |
0.00% |
|
Element |
Cannon |
Cannon
Ball |
Pt |
50.00% |
50.00% |
Au |
2.10% |
4.70% |
Pb |
4.00% |
3.70% |
Ir |
0.70% |
2.00% |
Rh |
0.58% |
0.60% |
Fe |
0.33% |
0.20% |
Ag |
0.16% |
0.25% |
Pd |
0.16% |
0.13% |
Sn |
0.18% |
0.08% |
Cu |
0.00% |
0.08% |
Ru |
0.02% |
0.03% |
|
Here one can observe a repeatability of analysis. However, please note
that the samples were prepared by scorification in lead then analyzed
by a Direct Coupled Plasma Electron Spectrometer (DCP).
In an explanation letter Mr. Bremmer noted that the platinum was in
a form of clusters and could not be considered as "free metals."
He continued by stating, if you want to break the metallic clusters
it is necessary to use Bremmer Technology.
September 1992 -- The Institute for Spectrographic Research reported
that samples from the cannon and cannon ball were analyzed by X-ray
florescence and they found a high concentration of gold and the platinum
metals.
November 1993 -- Analysis by an unnamed laboratory reported the qualitative
presence of elements as follows:
-Tan Sample (clay) -- magnesium, aluminum, silicon, chlorine, calcium
and a trace amount of iron
-Cannon -- iron (no other metals reported)
-Black Rock -- iron, silicon, calcium, titanium, with trace amounts
of aluminum and magnesium
August 1996 -- American Society for Applied Technology located in Silver
City, New Mexico performed various assays on a bar, cannon and precipitates
(?). Using standard metallurgical fire assay techniques they reported
no precious metals by cuppellation. Following is a Scanning Electron
Microscopy (SEM) report on the cannon:
-Cannon -- iron, manganese and sulfur
August 1996 -- In a separate document the American Society for Applied
Technology reported that a sample from the black rocks contained +99.0%
silver.
EVEN THOUGH ADDITIONAL HISTORICAL DOCUMENTATION may appear in the future,
this report will not be amended, for this data establishes the fundamentals.
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
Summary
of Analytical History
In an attempt not to dwell on the past, I find myself forced to discuss
some of the anomalies. The reason will soon become obvious, for this
history offers a variety of clues as to the potential worth and understanding
of this estranged cargo.
Select analyses showed high values of gold and platinum metals, while
others claimed the material to be basic iron. However, after talking
to many of the assayers, it became obvious that there was a continuity
of precious metals being reported, or, as in some cases, not reported.
In each case where precious metals were reported, an anomaly existed,
the material was mixed with a base metal. In the majority of the cases
it was lead. This important observation is the key info understanding
the facts behind this esoteric discovery.
[Preface][Introduction][Table
of Contents][Scope][Physical
History]
[Analytical History][Summary
of Analytical History]
|
|