LOCATION The oldest buildings in the Golden Section. PART 2.

LOCATION The oldest buildings in the Golden Section.

PART 2. Baalbek - Teotihuacan - Tiwanaku - Uluru.

In this article we look at another golden section, which forms a "very, very Baalbeck" with no less majestic Teotihuacan and Tiwanaku. In the analysis of the distances between the main points of the system, it became clear that Baalbek equidistant from the Tiwanaku and Teotihuacan, and, as in the case of the GP, the distances to these objects are very close to the value of the golden section and divide the 180 degrees between Baalbek and its antipode in the golden ratio.
 The most interesting thing is that the center line of the golden section is a line of Baalbek - Uluru, and therefore the point of Uluru and its antipode, also lying on the line, removed the same distance from the Mexican pyramids and complex Tiwanaku. When measuring distances in this combination revealed that Uluru is not just opposite equidistant from Teotihuacan and Tiwanaku, but forms with these points fairly accurate equilateral triangle with sides close to 5150 km. One side of the triangle - the line of Teotihuacan - Tiwanaku connecting two golden section, in turn divides the distance between the opposite poles of Baalbek and Uluru in another golden section, up Teotihuacan. If we continue to build this system, the golden section, it turns out that there is a point lying on the line of Teotihuacan - Tiwanaku, equidistant from Uluru and Baalbek in the ¼ circle of the Earth, which can be constructed using only the lines that connect the four key points. This point will be suspended for the pole line - Uluru-Baalbek, and using which you can build a line crossing symmetric system consisting of regular triangles.
Whether the location of the 4 basic objects slightly different, different from the status quo at least one degree, the construction of the system would be impossible, and the lines do not intersect in a well-defined points. That fact, leaves no doubt in the fact that these objects are located on different continents, are part of the same global plan, implemented by unknown creators.
The System is the golden section and right triangles, originally built all of the four key points that has a lot of other laws and are directly related to other reference points of SAMS, such as Stonehenge, Easter Island and the Great Pyramid.
For more details about the system, which is set Baalbek, Teotihuacan, Tiwanaku and Uluru can be found in the new paper, and there, in the bottom of the page, to see an interactive map that shows all the patterns found in this combination.
Argue that these and other regularities observed in the location of the most significant sites of antiquity - accident - means to go against the obvious truth. And if you agree that the ancient pyramids and other monumental buildings are a unified system established by the general plan, unknown and known for what purpose, to represent the new reality, which would require a revision of our history.
This is what we, by the way, almost daily spoken in all the media, but we do not take this information seriously, because It is usually very fantastic for our world, and often does not contain specific facts that can "feel", and the more mathematically check.
 Now the situation has changed. The first time a completely new information we publish on our website in the "HISTORICAL GEODESY" and "THE ALIGNMENTS SYSTEM" First opportunity to combine the most significant historical sites and centers of the greatest civilizations in a single, global network, based on simple geometric principles. Anyone can carry out their own research, and make the necessary measurements to calculate the error. Any person on the basis of our information, you can check whether there is system in the location of certain objects or not, and independently make your own opinion on this subject. The main thing is that the system can learn math and surveying methods, and this is the first time brings a solid scientific basis for many of the arguments for alternative history. Read more