Page 40 - DRAFT_LTMVol11No3no4of4#50-51-10pt.indd

In this manner, we can replicate the Northern Lights in partial stages in a vacuum chamber. As the light of the Dendera beck [23], pp. 304, 305), may change the fi eld and thus the shape of the glow. Th e supports would also serve a mechanical
lamp was insuffi cient without an inner coating—as my experiments showed—other possibilities must be considered: purpose, as the glass bulb would weigh 50 kg or more.
the generation of diff erent colors using diff erent gases. Two of the three people even have a small “hat” on to ensure contact with the glass jar. Th e fi g-ures’ potential must be
color brightness is also a function of the gas concentration, i.e. gas pressure grounded for safety reasons as well. A potential from the insulating djed pillar would be a diff erent matter, as it also
the energy input into the process can cause changes in brightness and color. could contain an electromagnet. Were the fi gures’ hats active as well? Habeck and Dona write, [3] “In a ‘secret shrine,’ as
the infl uence of the magnetic fi eld increases as pressure decreases. it says literally in the hi-eroglyphic texts, slumbers the serpent-power that can be awakened by the correct application of
a combination of these diff erent infl uences is also possible. certain ‘magic words’ and ‘divine instructions.’”
In a specially prepared system operating a rotary vane pump, it is actually quite easy to exchange gases in the bulb. In the “darkness,” it is possible to discern the snake in the bulb; it could have been made of gold or gold plated. If a direct
Th us it would have been possible in the past, with limited knowledge, to utilize some of the functions of a glow dis- current over 500 volts is fed from the “secret shrine,” whereby this ig-nition voltage is also dependent on the structural
charge lamp like this for ritual purposes. dimensions, the serpent begins to glow. Th e glow can be infl uenced by variations in the voltage (“divine instructions”). It
Th e reliefs in the crypt of Dendera show that various electrode forms were used. Th is means it would have been pos- might also be in-fl uenced by magnetic fi elds (“magic words”).
sible to make use of the fact that switching the polarity (DC voltage) would immediately illuminate a diff erent image. If Th e vacuum in a given bulb had a fi xed value as required for the specifi ed purpose. A diff erent pressure could have been
the priests held powerful magnets in their hands, they could have used them to infl uence the light eff ects as well (ritu- created in another bulb to create a second eff ect. Nor can I rule out the possibility of variable pressure.
ally summon them). If the serpent (electrode) in the bulb is also magnetically charged (e.g. a gold-plated iron wire), In the Dendera reliefs, all of the bulb ends point upward, as do the serpents inside the bulbs. Th e glow of the relatively
it also can be moved by the magnets—which can create an impressive eff ect, given their length. Th ere have been no long serpents creates an output over 100 W, which also leads to signifi cant heating of the serpent rod and especially the
archaeological fi nds, however, that indicate magnetic materials were used at that time—though the possibility cannot end—and if the pressure is “right,” there might also be plasma movement.
be excluded. Learning from Experience
One interesting phenomenon was photographed in image 9, which I call “dancing plasma.” In a narrow vacuum area, Th e tips of the serpent rod can get so hot during operation that the metal melts. In my experi-ments, these were made of
the glow phenomena is statistically distributed on a grid and resembles a brush. Th ey dance randomly over the grid, aluminum and copper. If the serpent wire is too thin, the heat can cause it to soft en and bend. Th e coil wire electrode in
appearing and disappearing in the general glow. Events like this can also be seen in nature. In the region up to about image 3 started partially incandescing in a narrow band at around 10 mbar. Th e glow strand shift ed in accordance with
100 km above the Earth’s surface, pilots have observed brush-shaped discharges that scientists have been investigating variations in vacuum pressure.
for a number of years. At about 1 mbar, a targeted glow between two electrically connected plates around 10 mm apart can cause strong local-
So where did ancient Egyptian priests and scientists get this amazing expertise? How did they know these technical ized heat—I was able to intentionally heat up my substrate (in this case, ceramic) over 60°C within fi ve minutes, without
details? When I look at the ancient god myths of the Egyptians, Sumerians and Babylonians, I can well imagine that any additional heat source. Th e voltage in that experiment was around 300 V at a current of 200 mA.
this knowledge was given to them by their gods, by Ptah or Ea/Enki, by Hathor or Ninharsag, by Amun/Marduk, Th ot/ Conclusion
Hermes/Ningishzida, and so on [12], [3]. With my experimental assembly under laboratory conditions, I attempted, on the basis of my practical experience, to
In this context, Z. Sitchin [12] translated an interesting passage from the Sumerian culture. “In the year 3760 BCE, propose further consideration on the topic of our early ancestors’ “elec-trical past.” Some of the measured data was
Anu, King of Nibiru, spoke these fatherly words, statements of parting and advice to his children (known today as gathered to better understand or visualize relation-ships. One result was that I realized that many parameters depend
gods) when he fl ew back from Nazca: whatever destiny has foreseen for the Earth and the Earthlings, let it be done! If on other parameters. For me, the most likely design is a glass bulb fi rst evacuated and then fi lled with a gas suited to the
it is preordained that mankind and not the Anunnaki will rule the world, then we should foster that fate! Give man- pur-pose.
kind the knowledge, share with them in moderation the secrets of heaven and earth. You should teach them the laws of Th e hard core of this glass bubble was a strip of metal shaped like a snake, around which a glow appeared as soon as
righteousness and then leave them!” In that light, it’s possible that high-quality batteries from the past might also show voltage was applied (see images 3, 4, 5). In the future, it would be a good idea to test a larger glass bulb, with a volume
up someday. of around 50 liters and a mass of around 50 kilo-grams. Th e length would be about 150 cm, the bulb 30 cm, supports
Discussions 10 cm, and the glass be-tween 6 and 8 mm thick. Th e thick end would require a hole for mounting the requisite second
Further discussions are certainly not out of the question. Future experiments might employ a larger bulb, because I electrode. Th e vacuum and voltage could be supplied via standard connecting elements. Th e ser-pent might need one or
believe the solution will be an electrical one. Th e lotus blossom depicted in the Dendera reliefs, which clearly repre- two insulated supports inside, which would only be a question of materi-als. Th e results from a test assembly like this
sents the socket of a glow-discharge lamp, fulfi lls a dual purpose: it guides the insulated wire with the electrical voltage might clear up a number of questions that neither my experiments nor those with the smaller bulb could, though these
into the tapered and vacu-um-sealed end of the glass bulb. Th e wire is connected to the metal serpent and the external were still important prelimi-nary tests. I might be inclined to continue the “Dendera light” project, possibly in Wismar.
conductor to the socket, which requires no potential itself, as it is fastened mechanically on one side. In my opinion,
the illustrations support the conclusion that, because of their uniformity, the serpents are metal rods that glow when References
voltage is applied. On the basis of their experiments, however, W. Garn, R. Habeck and P. Krassa concluded that the [1] [ZC] Zuppinger, Ch.: “Der Mystery Park, Interlaken, Schweiz.” Mysteria 3000. http://www.mysteria3000.de/
electric “snake” is generated only when the vacuum is. Either way, a second electrode must have been inserted into wp/?p=136
the glass chamber near the thicker end, because a gas-discharge lamp won’t work without it. Both elec-trodes must be [2] [PB] “Professor Blumes Bildungsserver für Chemie.”
inside the vacuum. http://www.chemieunterricht.de/dc2/fragen/kf-ka-52.htm
Th ere are also images of a second fastener/support of the “snake” at the wide end of the bulb. In any case, the pictures [3] Dona, K.; Habeck, R.: Im Labyrinth des Unerklärlichen. Kopp, Rottenburg, 2004.
in books by K. Donau and R. Habeck (Im Labyrinth des Unerklärlichen [In the Labyrinth of the Inexplicable}), and W. [4] Bauer, W.: “Hightech im Altertum (Part 2) Elektrizität.”
Bauer (Hightech im Altertum [High Tech in Antiqui-ty]), show that the support—whether it was an actual fi gure or a http://www.earlyworld.de/hightech2.htm
djed pillar—carried the counter potential to the “snake.” Th e fi eld lines reach through the glass, indicating a (possible) [5] Habeck, R.; Krassa, P.: “Die Hyroglyphen von Dendera—Neues zu den ‘Glühbirnenab-bildungen’ im Hathor-
capacitive infl uence, but do not contribute to generating the glow. Additional fi gures under the glass jar (see Dona/Ha-
40 Legendary Times Magazine Vol. 11, No. 3 & 4 of 4 Vol. 11, No. 1 & 2 of 4 Legvendary Times Magazine 41