EXCLUSIVE: Meet The Scientist Behind The MASSIVE Giza Plateau Discoveries!
Analysis Summary
Summary
The encounter involves Professor Filippo Beyond and his team, who are conducting research on the Giza Plateau. They are using a new scanning technique to explore beneath the Cafra Pyramid. Initially, they noticed unusual shafts in their radar images. After refining their methods, they confirmed these shafts are likely artificial structures, not natural formations. The team believes they have discovered a network of subterranean structures extending deep below the pyramids. The impact of this research has sparked global interest and skepticism, with the team aiming to combine archaeology and science to better understand ancient civilizations. They hope their findings will change perceptions of Egypt's history.
Program Intelligence Analysis
The interview discusses groundbreaking claims regarding the discovery of subterranean structures beneath the Giza Plateau, utilizing a patented synthetic aperture radar technique. The findings have sparked both excitement and skepticism, with historical claims supporting the existence of underground cities in the area.
The team believes they have discovered a massive network of subterranean structures extending below the Caffra Pyramid and the Giza Plateau.
Filippo Beyond
“We are sure that under the pyramids are the structures we show during the conference.”
Armando May
“This is not the first time when a possible existence of a city in the underground of Giza exists.”
Managed by: Cafra Pyramid Project
Advance the development and deployment of synthetic aperture radar technologies for underground imaging
The team believes they have discovered a massive network of subterranean structures extending below the Caffra Pyramid and the Giza Plateau.
The technique used for scanning inside the pyramids is different from conventional methods and has been patented.
The findings of subterranean structures under the Giza Plateau are supported by historical claims of underground cities.
The maximum depth that can be achieved with the new synthetic aperture radar technique is around 5 kilometers.