The Journal of Maltese Science

[CommodoreShawn]

The Journal of Maltese Science
06.06.828

Preliminary Report on Response of Crystalline Artifacts to Photon Stimulation

J. Cortés, and A. Cruz

(originally posted here)

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We have identified two main types of crystalline artifacts from Planet Knossos. They have distinct densities and colors, which we have designated as Type A and Type B crystals.
We exposed samples of both Type A and Type B crystals to focused photon stimulation, using lasers of a range of wavelengths. Each crystal type reacted differently to photon stimulation, but both have interesting possibilities.

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Type A Crystal

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Our initial experiment on the Type A crystal was to determine its transparency to a range of wavelengths. We found the crystal to be perfectly transparent at wavelengths below 0.1 nm. However, we noticed a peculiar heat spike on the detector when stimulating the sample with light at 0.01 nm.

Upon recalibration of the receivers, we detected that instead of the lasers being even slightly attenuated by passing through the sample, they actually increased in power. Reaching a peak increase of 250% at 0.01 nm. This was not just a monetary aberration, we sustained the reaction for an hour before halting the experiment to analyse the sample.

Scanning electron microscopy and non-baryonic holography revealed a degradation in the crystal lattice after prolonged exposure to high energy photons.

We then performed a prolonged exposure of the same sample to lasers at 100 nm. We expected an increase of temperature in the sample, as the sample is only 50% transparent at that wavelength. However, the temperature of the sample only rose slightly. After an hour we halted the experiment and examined the sample again.

We noticed a 10% recovery in the previously damaged crystal lattice. After exposing the sample to 100 nm lasers for an additional 9 hours, the crystal lattice was restored to 97% integrity.

We believe that the Type A crystal has practical potential as a sort of photonic battery. The lattice can store energy at an incredibly high energy density, charged and discharged by varying the wavelength of light input.

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Type B Crystal

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After the promising results of the Type A crystal, we repeated the experiments with the Type B crystal, and found no corresponding remission reactions. After further experiments, however, we did find an effect on the Higgs field.

Stimulating Type B crystals with lasers of varying power and wavelength, we were able to measure a range of perturbations in the Higgs field. Reaching a peak of 1,446 micro Huygens at 430 kW of 0.01 nm light. As you know, Higgs field perturbation is an essential component to hyperspace rift formation.

I don’t believe the peak reaction of Type B crystal at 0.01 nm is a coincidence. Instead I think that the Daam K’Vosh created these materials specifically to be used in conjunction.

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Implications

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Through a combination of Type A and Type B crystals, we can efficiently create a powerful Higgs field perturbation in a compact device, far in advance of current jump drive technology.
Using the power of a small capital ship reactor we can stimulate the Type A crystal at 0.01 nm, and use the boosted power output to energize the Type B crystal to form a hyperspace rift. The Type A crystal would be degraded by this process, especially at the high power levels required for a practical jump drive. Regenerating the crystal is indeed possible, but it would be a lengthy process potentially requiring on-shore facilities.

More research is needed.

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HS>Reconquista	HS>El_Cid	HS>Exploradora	WV-Conqueror
Eduardo Montalban	Isabel Montalban	Juan Cortés	Shawn Michaels