the harmony of sound

The values of the diameter of the Moon of 2,160 English statute miles and of the Sun of 864,000 statute miles are linked to musicology. The number 216 corresponds to 216 hertz as an octave of the natural attune of 432 hertz instead of 440 hertz, which is now regarded as the standard frequency of sound on which all tuning forks and musical instruments are tuned. Mid twentieth century, the 440-hertz frequency was internationally accepted as the standard musical, but unnatural keynote A. The more natural 432-hertz frequency complies with the harmonics of the universe and better suits human nature. When the A is equal to 432 hertz, then the musical note E is equal to 324 hertz with its ‘Great Octave’ being 81 hertz, the lowest E-tone playable on a musical instrument, and the fifth harmonic of the ‘Golden Frequency of Giza’ of 16.2 hertz. The relationship between the Sun, Earth and Moon is based on the number 432 as a harmonious and universal constant. ‘Musica Universalis.’

The number 432 is a significant universal constant and the natural harmonic frequency of 432 hertz seems the only right choice as the standard frequency. All in perfect harmony with the universe and numerically related to the number 9, the ‘number of creation.’ All digits of these universal numbers always add up to 9 as if the number 9 is a means of control for the correctness of the specific number. This applies to all other frequencies when the natural standard frequency is 432 hertz instead of 440 hertz. The 432-hertz frequency is only 8 hertz down in frequency but a clear measurable difference in harmony, both audible and visible. The most precise musical instrument ever created is the original antique Stradivarius violin, designed to resonate at a frequency of 432 hertz, similar to all ancient Egyptian and ancient Greek instruments.

      440 hertz-tone
      432 hertz-tone

Intriguing anomaly found inside the Great Pyramid at Giza

//Intriguing anomaly found inside the Great Pyramid at Giza

Intriguing anomaly found inside the Great Pyramid at Giza

Using muography, scientists find evidence of a possible hidden chamber

It could be the ultimate archaeological discovery: a previously unknown chamber lurking beneath the stones of the Great Pyramid at Giza in Egypt. Now, a team using a cutting edge imaging technique called muography has picked up signals indicating a hidden corridor behind the famous chevron blocks on the pyramid’s north face.

Muography can detect voids or empty spaces inside thick layers of earth or stone, and it is often used to plumb the depths of volcanoes. Muons are cosmic particles that hit the Earth at an average rate of 10,000 per m² per minute, though they can be absorbed or deflected by dense material. To find voids in rock, researchers set up muon-detecting plates inside a corridor in the pyramid, and they measured the amount of muons that hit over a period of 67 days. By analyzing absorption patterns in the muons that hit the plates, the researchers were able to create a 3D model showing where empty spaces might be in the structure.

What they found was an ambiguous void behind a stone chevron structure on the north face of the pyramid. This chevron is not a decoration—indeed, it would have been hidden behind the outer surface of the pyramid when it was completed 4,500 years ago. Instead, chevrons are often used to maintain structural integrity in areas with ceilings. It appears likely that additional chevron structures below the remaining one have fallen off the pyramid over time. The fact that these chevrons appear over the putative empty space offers further evidence that the team may have found a hidden chamber.

That said, many researchers are cautioning that we need to gather more evidence before we make plans to open the pyramid. For now, this is merely an anomaly, not a verified hidden chamber. Former Egyptian antiquities minister Zahi Hawass told Live Science that “the core [of the pyramid] has big and small stones, and this can show hollows everywhere.” He and his team have asked for another year of funding for the imaging group, called the Scan Pyramids Mission, to gather more data.

Scan Pyramids Mission previously used thermal imaging to look for anomalies in the Great Pyramid that might reveal the locations of hidden chambers. When the pyramid is heating up in the morning or cooling in the evening, solid areas exhibit a uniform temperature. But if there is an empty area beneath the surface, this can cause temperature fluctuations. The area identified by muography also showed heat anomalies, which is why the researchers brought in experts from Nagoya University in Japan to do muography.

The researchers are still doing muography within the Great Pyramid. They will have more data to release in the first few months of 2017.

Link ScanPyramids

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By | 2017-01-23T11:22:34+00:00 November 2nd, 2016|Categories: Uncategorized|

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