Orion Belt Correlation Theory
Robert Bauval's Orion Correlation Theory (1994) proposes that the three Giza pyramids map the three stars of Orion's Belt: Alnitak (Khufu), Alnilam (Khafre), and Mintaka (Menkaure). The relative sizes and positions of the pyramids match the brightness and arrangement of the stars. The slight offset of Menkaure from the diagonal line of the other two mirrors the offset of Mintaka from the Orion Belt line. The Nile River, when viewed from above, corresponds to the Milky Way. Most provocatively, the air shafts of the Great Pyramid point toward Orion (southern shaft of King's Chamber) and Sirius (southern shaft of Queen's Chamber) at their positions circa 2500 BCE.
Related claims
No claims cite this entry yet.
More in Astronomy
Star Shaft Targets: Distances, Travel Times, and the Sirius Anomaly
The four shafts in Khufu's pyramid pointed at (c. 2500 BCE): Shaft | Star | Distance | Travel @10%c Queen's South | Sirius | 8.6 ly | 86...
The Precession Paradox: Why Star Shafts Cannot Be Primary Inputs
CRITICAL ANALYSIS: The Precession Problem for Shaft-Based Theories Earth's rotational axis precesses with a period of ~25,772 years,...
What the Pyramid Could Hear: The 1420 MHz Sky from Giza
If the Queen's Chamber shafts are receiving antennas tuned to the hydrogen line, what would they detect? The answer is: a LOT. SIRIUS...
The Star Shafts as Directional Antennas: Aimed at Sources, Not Destinations
The Great Pyramid has four narrow shafts extending from the King's and Queen's Chambers toward the exterior. In ~2500 BCE, they pointed at...