New Construction Theory Sheds Light on Great Pyramid’s Elusive Interior Void

The Great Pyramid of Giza, also known as Khufu’s Pyramid, has long been shrouded in mystery, particularly regarding its construction and the enigmatic voids within its massive structure. Recent research by independent Spanish researcher Vicente Luis Rosell Roig may have unlocked new clues about both the pyramid’s assembly and the mysterious anomalies inside it.

Rosell Roig’s study, published in *npj Heritage Science*, introduces a groundbreaking theory known as the Integrated Edge-Ramp (IER) model. This model suggests that the Great Pyramid was built using a helical ramp system integrated into its own structure. Unlike previous theories that relied on external ramps, which would have left behind significant archaeological evidence, Rosell Roig’s hypothesis proposes that the ramp was constructed within the pyramid itself and later filled in as construction progressed.

The IER model addresses one of the key challenges in understanding the pyramid’s construction: the sheer scale and complexity of moving millions of limestone and granite blocks. According to Rosell Roig’s calculations, quarrying, transporting, and assembling the estimated 2.3 million blocks would have required an average of one block being placed every one to three minutes—a feat that aligns with historical accounts of the pyramid’s construction during Khufu’s reign.

Rosell Roig’s theory also provides a plausible explanation for the mysterious voids detected within the pyramid. By incorporating multiple ramps—possibly up to sixteen—into the structure, the IER model allows for efficient movement of materials and workers, which could have facilitated the discovery of these anomalies as part of the monument’s structural evolution.

This new understanding not only sheds light on the engineering behind one of humanity’s greatest architectural achievements but also opens doors to further exploration of the Great Pyramid’s interior. Rosell Roig’s findings challenge longstanding assumptions about ancient construction techniques and offer fresh insights into the enduring mysteries of Egypt’s most iconic landmark.