A worldwide group of scientists has discovered a previously undiscovered chamber within the Cheops pyramid of Giza The Cheops pyramid, also called the Great Pyramid of Giza, is a massive ancient pyramid located in Giza, Egypt. It is one of the three pyramids in the Giza pyramid complex, and it was built during the reign of the Pharaoh Khufu in the Fourth Dynasty, around 2560 BCE.
Crucial Find in the Cheops Pyramid of Giza.
A formerly unknown chamber in the Cheops pyramid of Giza has actually been discovered by a global research team. The status of the Egyptian pyramid as one of the best-investigated structures in the world makes this discover especially essential.
Previously, this chamber was only a presumption based upon measurement data, but now its presence can be confirmed. Credit: TUM
Standing at over 140 meters high, the Cheops pyramid is considered the largest and oldest of the pyramids of Giza. TUM researchers have actually now resolved one more of the pyramids mysteries.
As part of the global research group “ScanPyramids” the Munich scientists have actually proven the existence of an empty chamber which was up until now just posited based upon measurement data. The hollow area lies above the original entrance to the pyramid, which is not accessible to the public.
The Cheops pyramid, also understood as the Great Pyramid of Giza, is a massive ancient pyramid situated in Giza, Egypt. It is one of the 3 pyramids in the Giza pyramid complex, and it was built throughout the reign of the Pharaoh Khufu in the Fourth Dynasty, around 2560 BCE.
A formerly unidentified chamber in the Cheops pyramid of Giza has been discovered by a worldwide research study group. Standing at over 140 meters tall, the Cheops pyramid is considered the biggest and earliest of the pyramids of Giza. Were working on the Cheops pyramid with radar and ultrasound measuring devices that can be used on a non-destructive basis, and in part even contact-free,” says Prof. Christian Grosse, TUM Chair of Non-Destructive Testing.
Assumption validated
The TUM research study group has been on board given that 2019, assisting to explore the pyramid for surprise structures. “The pyramids are a World Heritage Site. Were working on the Cheops pyramid with radar and ultrasound measuring gadgets that can be used on a non-destructive basis, and in part even contact-free,” states Prof. Christian Grosse, TUM Chair of Non-Destructive Testing.
Scientists utilize an endoscope to check out the chamber, which has probably not been seen by humans for around 4500 years. Credit: TUM
Chamber is bigger than expected
The team found an opening in between the stones of the chevron, a strong stone construction, through which they were able to run a tube into the chamber. “Discovering a hollow area in a pyramid is currently something unique. The fact that this chamber is large enough to accommodate a number of people, well, that makes the discovery even more crucial,” says Prof. Grosse.
The chamber is bigger than scientists had assumed in the past. The original determined information pointed to the presence of a passage at least five meters long; however, according to initial price quotes, the length of the chamber considerably surpasses this length.
Part of the research study group directly in front of the website. f.l.t.r. Johannes Rupfle (TUM), Prof. Kunhiro Morishima (Nagoya University, Japan), Prof. Hany Helal (Cairo University, Egypt), Prof. Christian Grosse (TUM), Prof. Jean-Baptiste Mouret (Inria, France), Prof. Mohamed Elkarmoty (Cairo University, Egypt). Credit: TUM
New chamber requires additional research
Figuring out the previous function of the recently discovered chamber and what lies behind the back wall of the space will need extra research study. The verified findings highlight the requirement for additional investigation of Egyptian pyramids and in specific the value of the brand-new technique using a combination of various testing technologies and procedures.
Reference: “Localization and shape determination of a surprise passage in the Great Pyramid of Giza utilizing non-destructive testing” by Mohamed Elkarmoty, Johannes Rupfle, Khalid Helal, Mohamed Sholqamy, Mohamed Fath-Elbab, Jochen Kollofrath, Benedikt Maier, Amr G. Hamza, Alejandro Ramirez-Pinero, Thomas Schumacher, Randa Deraz, Clarimma Sessa, Olga Popovych, Hamada Anwar, Khaled Taie, Mehdi Tayoubi, Christian U. Grosse and Hany Helal, 2 March 2023, NDT & & E International.DOI: 10.1016/ j.ndteint.2023.102809.