Interstellar Object 3I/ATLAS to Align with Great Pyramid on Christmas

An intriguing new theory links the interstellar object 3I/ATLAS with the ancient Great Pyramid of Giza, suggesting an extraordinary alignment set for December 24, 2025. Research conducted by David Sereda proposes that the angles of jets emitted from 3I/ATLAS correspond to the architectural design of the Giza pyramids. This connection raises questions about the potential celestial significance of these ancient structures.

In his analysis, Sereda examined a negative image of 3I/ATLAS, drawing lines from key markers in its jet structure to a central point. He claims that the jets exhibit angles between 38° and 39°, which he believes are complementary to the slope angles of the three principal pyramids at Giza. The pyramids, constructed approximately 4,500 years ago, have slope angles of about 51.85° for the Great Pyramid of Khufu, 51.84° for Khafre, and 51.34° for Menkaure.

Sereda’s findings suggest that these angles are not mere coincidence. By subtracting the primary slope from a 90° quadrant, his calculations yield angles between 38.14° and 38.65°, which he argues are consistent with the angles measured in 3I/ATLAS. This correlation hints at a hidden code embedded within the pyramids’ design that may relate to celestial bodies.

The theory posits that the pyramids were not just tombs but sophisticated instruments designed to track celestial objects. The slight variations in their angles are thought to account for the precession of the equinoxes, allowing for precise astronomical tracking over the ages. According to Sereda, the pyramids were engineered to capture the positions of planets or stars as they rise in the east and set in the west.

Sereda’s analysis builds upon the work of Peter Lemesurier, who previously explored celestial alignments in his book, The Great Pyramid Decoded. Lemesurier identified a significant 26.3° angle within the pyramid’s ascending and descending passages, further supporting the notion of the pyramids as complex astronomical devices.

As 3I/ATLAS approaches its predicted alignment with the Great Pyramid, Sereda asserts that this event is of profound significance. He predicts that on Christmas Eve 2025, the trajectory of 3I/ATLAS will align precisely with the angle of the Great Pyramid. This timing adds urgency to the theory, suggesting that the approach of this interstellar object may not be random but rather a long-anticipated event linked to the pyramids.

If this theory gains traction, it could reshape our understanding of the purpose behind the Giza pyramids and their connection to celestial phenomena. The idea that one of history’s greatest mysteries on Earth may find its explanation in the stars presents a captivating narrative that bridges ancient wisdom and modern astronomical discoveries. As the world awaits the alignment of 3I/ATLAS, the implications of this research continue to spark curiosity and debate among scholars and enthusiasts alike.