X-ray Fluorescence on Metallic
and ORMUS Gold
X-ray Fluorescence was performed on specific steps of the process to determine the spectral changes as metallic clusters were disaggregated to below the minimal cluster size. Note: The large spike is the rhodium target frequency used to detect gold in an XRF sample.
In metallic Gold tests, the XRF revealed the predicted peak for Gold metal.
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99.995+ purity gold metal
powder |
The test of the dried precipitate of the chemical process results in a spectral line that is reduced but still evident indicating a monatomic noble metal hydroxide compound bond. This indicates that the sample is in a non metallic state. The hydroxide compound still has an attachment to the Gold monatom so x-ray photons interacting with the atoms of the compound are not finding many electrons to interact with but enough to produce the blunted spectral line.
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Pre-annealed AuOH |
After annealing is performed the sample exhibits a spectral line shift showing elements that do not exist in the sample. This may be happening because the fermi surface is well inside the positive screening field. The ordered pairs are well protected from photon-half integer quantum particle interactions as they behave as lower energy state whole integer quantum bosons. The x-ray photons are refracted by the positive screening field and sent back to the detector as false spectral images of aluminum and silicon after never finding an electron to be absorbed into and re emitted (QED theory).
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Fully annealed gold
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Metal |
ORMEs |
S-ORMEs |
As is evident in the sequence of tests, gold is transformed to a state first identified by David Hudson; a curious appearance of elements that were not in the sample namely aluminum and silicon. Zirconium was one of the element targets along with Germanium and Rhodium and is an artifact of the test in an effort to find any gold in the sample.
In fact, the double line near the normal location for the gold spectral line may be the s-d doublet since it is a dissimilar orbital pair and may have some interaction capability.