Full Breakdown
Researcher Suggests Great Pyramid Encodes Ancient Astronomical Cycles
By Drooid · · How we work
New Astronomical Encoding Theory
Independent researcher Sefy Levy proposes that the Great Pyramid of Giza was designed to embed a mathematical code reflecting lunar, stellar and planetary cycles. By dividing the monument’s height, base and slope using fractions documented in ancient Egyptian scribal practice, Levy says the resulting numbers correspond closely to a 27.5-day lunar perigee interval and a 70-day period during which the star Sirius is hidden by the Sun. He extends the pattern to the motions of Jupiter, Saturn, Venus and Mars, arguing that the pyramid functions as “the knowledge, made stone.”
Traditional Tomb Interpretation
For millennia, Egyptologists have understood the pyramid as the central tomb of Pharaoh Khufu, built around 4,500 years ago as part of his funerary complex. This view is supported by archaeological evidence, contemporary inscriptions and the broader context of Old Kingdom burial practices.
Levy’s Methodology and Additional Claims
Levy’s paper, posted on the SSRN pre-print server, also links the pyramid’s dimensions to the mythic Benben mound of Heliopolitan creation mythology and to a hypothesized “Eyes of the Sahara” homeland of early Egyptians. He suggests the structure memorializes a distant ancestral landscape that dried up during a past drought, prompting migration to the Nile valley. No ancient text directly connects these ideas to the pyramid’s architecture.
Scholarly Reception and Criticism
The hypothesis remains unpeer-reviewed and has not been evaluated by mainstream Egyptologists. Commentators note that because the relevant astronomical values were already known, the observed numerical matches could arise from selective calculation rather than intentional design. Consequently, the traditional funerary interpretation continues to be regarded as the stronger explanation.
Verbatim Quotes
- “The pyramid was not built to last forever because it contained something valuable,” — Sefy Levy, independent researcher