New Theory Reveals How the Great Pyramid of Giza May Have Been Built

The Great Pyramid of Giza has puzzled historians for centuries. Its construction methods remain one of archaeology's biggest mysteries. Now, a new theory from researcher Vicente Luis Rosell Roig offers a fresh explanation—using a hidden spiral ramp built into the structure itself. Rosell Roig developed an algorithm to test how the pyramid could have been built efficiently. His model considered key constraints, including a tight construction window of just 20 to 27 years. The results suggested that a single straight ramp would have been too steep and slow, limiting worker productivity.

The proposed solution involves a spiral ramp winding inside the pyramid. As workers transported stone blocks upward, the ramp was gradually covered by the growing structure. This method would have allowed continuous progress without the delays of a traditional external ramp. The theory aligns with known facts about the pyramid's design. It also explains how builders could have moved massive blocks with the tools available at the time. Rosell Roig's calculations show that this approach maximises efficiency, making the seemingly impossible task achievable.

Rosell Roig's research provides a plausible answer to an ancient question. The spiral ramp theory fits the pyramid's known dimensions and construction timeline. If confirmed, it could rewrite our understanding of how one of the Seven Wonders of the Ancient World was built.