Survey OM-2A: A Minor Issue

[Jazzi]

Survey OM-2A: Minor Jump Gate
16.06.835AS

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Entry 3

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Compositional analysis on secondary samples taken from site OM-2A has begun, and it became clear that concerns about the contamination of materials were well-founded. It appears that microbial organisms that proliferate the environment surrounding OM-2A are metallo-philes (a term used in lieu of something more appropriate, as you shall see).

Many sub-samples have exhibited surface features suggestive of either roving colonies of organisms. Rarer were the points at which is appears the organisms have compromised the outer integrity of the material. In these cases, it appears the consumption has had an inward trajectory that creates a defeat reminiscent to a deep canyon.

Upon identifying the presence of these microbes, I have employed extensive decontamination procedures within lab 13 and have taken to a strict regime when handling these samples for analysis. I would like to think they would not consume their way through Heisenberg... but one cannot be too careful.

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Exhibited in the prior imagery is an oscillation in lux levels across the surface of the material. The uniformity of this oscillation across the material suggests that this is not an irregularity or deformity in the sample but instead a characteristic of the structure of the material. This was further explored by utlising a transmission electron microscope, combined with x-ray diffraction methods as a supplement to enhance rendered visual quality. By examining the scatter patterns of electrons fired through a sliver of material, and converting that data into a visual representation, one can examine the structure of the material.

Results indicate that the interior materials of OM-2A are, at a molecular level, comprised of interlaced planes of an unusually defined structure that, frankly, fails to match to any known composition on database. I have never seen a material like this before... at least, not in use beyond the manufacture of miniscule scientific curiosities. For a material like thisto be employed at such a grand scale, constructing a super-structure such as a gate, suggest a vastly superior understanding of the material sciences and their application.

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Curiously, the employment of spectroscopy and evolved gas methods suggests that the material is infused with traces of A6 variant Azurite gas molecular structures. It's hypothesised these trace elements are a result of the structures proxmity to OM-2A-1 and the source of azurite creating a pocket of space that subsumes the gate structure. Further analysis will be required to explore any potential interaction caused by the presence of A6 Azurite on the material composition of the gate structure.

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