THE STILLPOINT PYRAMID section makes clear that the Great Pyramid is not an arbitrary, if precise, pile of megalithic stones. In fact, it is a physical replica, to scale, of a Platonic, or ideal, semi-regular solid that is an aspect of the Stillpoint geometry.
Ekhardt Shmitz, the author of The Great Pyramid of Giza: Decoding the Measurement, meticulously analyzed the very precise measurements of the Great Pyamid taken, for the most part, by Professor Flinders Petrie in 1883. Dr. James H. Chalmers assisted Schmitz with advanced mathematical computations in the review of his paper.
The following is a list of conclusions drawn from the analysis of the relationships of dimensions found within and without the Great Pyramid – to the right in the image above.
A precise definition of the Royal Cubit as it relates to the Earth
The size and shape of the Earth
The Mass and Density of the Earth
The Gravitational Constant
The Escape Velocity from the Earth to obtain an Open Orbit
The Escape Velocity from the Earth to obtain escape from the combined Earth’s and Sun’s gravitational field
The significance of the location of the Great Pyramid
The Golden Ratio
The Mass of the Sun
The Mass of the Moon
The Mean distance to the Sun and the Circumference of the Earth’s Orbit
Neutral Points of Gravity between the Earth and the Sun
The Mean distance to the Moon
The Orbital Velocity of the Earth
The Orbital Velocity of the Moon
The Metonic 19-year cycle of the Moon’s orbit of the Earth
The Lagrange Point (L1) between the Earth and the Moon
The Speed of Light
The Orbital Velocity of the Solar System relative to the Center of the Milky Way Galaxy
The Velocity of the Local Group of Galaxies which includes the Milky Way Galaxy relative to the Universe
'The Great Pyramid of Giza and the entire Giza Plateau may clearly be regarded as a repository of ancient knowledge . . . . It is concluded that the Great Pyramid of Giza and the entire Giza Plateau is of a highly intelligent and fully integrated design. Its construction detail demonstrates extraordinary precision in relaying highly accurate geodetic knowledge of the Earth, astronomy, astrophysics, advanced mathematics and Newtonian mechanics. Since there exist numerous examples of complimentary and corroborating values, which may be interpreted as encoded within the measurements of the Great Pyramid's geometry and the specific placement and alignments of the Pyramids and Sphinx on the Giza Plateau, it is evident, with a very high degree of probability, that the design parameters were expressly intent on conveying this advanced knowledge.'
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