Radar scans reveal an extensive underground complex beneath the Pyramids of Giza, suggesting functions beyond traditional burial sites. Researchers discovered interconnected structures, wells, and pathways, leading to theories about energy usage similar to concepts by Nikola Tesla and Christopher Dunn. Ongoing debates challenge conventional Egyptology wisdom about the pyramids’ original purposes.
Recent radar scans beneath the Pyramids of Giza have unveiled a substantial and complex underground structure, prompting a reevaluation of traditional beliefs regarding the pyramids’ functions. Researchers Corrado Malanga and Filippo Biondi utilized Synthetic Aperture Radar (SAR) tomography to investigate the Khafre Pyramid, discovering a vast network that extends approximately two kilometers beneath all three pyramids on the Giza Plateau.
Among their findings near the Khafre Pyramid were five identical structures featuring multiple levels interconnected by geometric pathways. Further scrutiny revealed eight vertical cylindrical wells surrounded by spiraling pathways, descending to depths of 648 meters and culminating in two sizable cube-shaped structures, each measuring 80 meters on each side.
The discoveries challenge the long-standing view that the pyramids were merely royal tombs. As reported by the Reese Report, researchers surmise that the underground grid may have had mechanical or energy-related roles. This notion resonates with theories proposed by notable figures such as Nikola Tesla, who posited that the pyramids could harness Earth’s natural energy, and Christopher Dunn, who suggested in his book “The Giza Power Plant” that the Great Pyramid functioned as a machine converting vibrations into usable energy.
While traditional Egyptologists assert that these structures were constructed around 2500 BCE using conventional techniques, the recent findings, alongside mathematical anomalies in the pyramids’ architecture, have spurred ongoing discourse about their authentic purpose. The Khafre Project team has expressed interest in further excavation to explore these structures, although gaining the necessary approval for such efforts remains uncertain due to Egypt’s historical restrictions on archaeologies that challenge established narratives.
The recent findings from radar scans beneath the Pyramids of Giza present a compelling case for reexamining the historical understanding of these ancient structures. The discovery of a vast underground network and its potential mechanical or energy-functionality hints at possibilities beyond the conventional tomb theory. As ongoing debates continue, further investigation may yield significant insights into the true purpose of these monumental edifices.
Original Source: www.news18.com
