by Joseph P. Farrell, Giza Death Star:
There seems to be a sudden and recent explosion of views within “Egyptology” that would never have been countenanced, much less made the attention of the “lamestream”; consider only the story that I blogged about last week of the alleged discovery of structures under the Great Pyramid supposedly found by new radar tomography. While structures have been found beneath the Giza plateau previously, these have largely been by conventional ground penetrating tomography, and the structures discovered have been at rather shallow depth. The recent story, however, alleges that large and hollow columnar structures extending to over a kilometer in depth beneath the Pyramid have been discovered using new Radar tomography techniques from satellites. Long ago Mr. Chris Dunn posited that the Great Pyramid was a machine, in his brilliant book The Giza Power Plant. I extended his machine hypothesis into the weapon hypothesis and argued a very different case. Both of use have hypothesized that, on the basis of our hypotheses, further underground structures would seemingly be required by the nature of our hypotheses, and that these structures would be functional in nature, i.e., that they would themselves be essential components of the machine, or weapon.
TRUTH LIVES on at https://sgtreport.tv/
My reservation about the recent discovery concerns the claims being made for the new technique of radar tomography, and the fact that these techniques are proprietary. A control group must be had to test the claims, and today I would like to propose an easy test of the claims, before we consider the latest story of alternative Egyptology that has recently appeared about the Osirian. The claim for the deep underground structures beneath the Great Pyramid can be tested by a control study on known such deep structures, and there is an almost perfect candidate by which to test the technique and methods of analysis: the Homestake Gold Mine in Lead, in my home state of South Dakota. (Lead is pronounced like the verb, “to lead”, not like the metal) This gold mine has shafts almost a mile and a half deep, and of course the horizontal “lead” tunnels extending outward from that. These tunnels, their location, exact depth, and dimensions, are known and mapped. The technique of radar tomography used in the recent reportage of structures beneath the plateau of Giza could be tested on the Homestake Mine’s shafts and tunnels to gain a good idea on the accuracy (or lack thereof) of the technique used in the recent Giza discoveries.
All of this brings us to today’s story, for it, like the story last week of underground structures at Giza, was conducted at one of the same sponsoring universities, the University of Glasgow.
In this case, the study concerns a highly intriguing proposal about the “Osirian”, a “temple” in Egypt that exhibits unusual engineering and acoustic construction, not the least of these being the high degree and “optical” precision of the structure. To call the “Osirian” a “temple” is, of course, a bow to Egyptology, for nothing about it shares anything in common with a temple in any conventional sense, and again, the structure resembles more of a machine purpose than a religious one. and here is where the following article and paper shared by D.S. (with our very profound gratitude) comes in; the following is a master’s thesis submitted to that University:
While the thesis itself is quite lengthy, its importance can be readily gained from reading the abstract:
This study investigates the structural analysis, water dynamics, and uranium deposits in the enigmatic Osirian temple, an ancient Egyptian sandstone structure attributed to Seti I. The Osirian exhibits unique architectural features compared to other ancient Egyptian temples, including a consistent water level and absence of typical decorative elements. A correlation was identified between the materials comprising the Osirian and those present in the natural nuclear reactor at Oklo. The research aims to determine if the Osirian was the first man-made nuclear reactor, necessitating a multidisciplinary investigation by Egyptologists, geologists, engineers, and nuclear scientists. The objective is to ascertain whether the ancient Egyptians utilized nuclear or electrical energy, suggesting a society not solely reliant on rudimentary labor. Historical, descriptive, and analytical methodologies were employed to examine the Osirian’s architectural configuration and compare it to the Oklo reactor. The study analyzed the materials, characteristics, and elemental compositions of Oklo in relation to the Osirian’s construction. Theoretical approaches were adopted to investigate the hypothesis that the Osirian represents the earliest human-constructed nuclear reactor. The findings provide insights into the advanced technological capabilitiesof ancient Egyptian civilization and the potential for early utilization of nuclear energy. (Emphases added)
