Project 'Scan Pyramids' is expected to last until the end of this year.ĭamati said the 'infra-red and muon' technologies that would be used to search the four pyramids could also be useful to look for a possible hidden chamber in King Tutankhamun's tomb, which may be the burial place of Queen Nefertiti.Īrchaeologists have never discovered the mummy of the legendary beauty, but renowned British archaeologist Nicholas Reeves said in a recent study that her tomb could be in a secret chamber adjoining Tutankhamun's tomb in the Valley of Kings at Luxor, southern Egypt. 'A similar attempt was made 30 years ago, but this is the first project at a global level using cutting-edge technology to look inside the pyramids,' he said. 'The idea is to find the solution to the mystery of the pyramids,' said Tayoubi. The two pyramids at Dahshur were built by Snefru. The Great Pyramid of Giza is pictured from the left and Chephren Pyramid on the right Khufu's pyramid, also known as the Great pyramid of Giza – the tallest of all the pyramids – was built by the son of Snefru, founder of the fourth dynasty (2,575-2,465 BC), and the Khafre's pyramid or Chephren was built by the son of Khufu.Īrchitects and scientists from Egypt, France, Canada and Japan will also use infrared technology and detectors to map two pyramids at Giza and the two Dahshur pyramids, south of Cairo. Many previous missions have attempted to unravel the mysteries of the pyramids, but scientists have yet to come up with a concrete theory explaining how the structures were built. The same technology, they say, could also help find a possible hidden tomb in Tutankhamun's burial chamber that may be belong to Queen Nefertiti. The team will also be using infrared 3D scans and lasers to study the two pyramids in Giza and the two in Dashur. 'Even if we find one square meter void somewhere, it will bring new questions and hypotheses and maybe it will help solve the definitive questions,' said Tayoubi. Tayoubi said the group plans to start preparations for muons testing in a month in Khufu, the largest of the three Giza pyramids, which is known internationally as Cheops. The Scan Pyramids project, which announced in November thermal anomalies in the 4,500 year-old Khufu Pyramid in Giza, is coupling thermal technology with muons analysis to try to unlock secrets to the construction of several other ancient Egyptian pyramids. It is believed to have been ancient Egypt's first attempt to build a smooth-sided pyramid. Researchers can then compile a 3D image that reveals hidden chambers The idea is to catch the muons after theyve passed through an pyramid and measure their energies and trajectories. Muons traveling through rock or other dense material will slow and eventually stop. The Bent Pyramid in Dahshur, just outside Cairo, is distinguished by the bent slope of its sides. #Liberty great pyramid rush upgrade'What we are trying to do with the new technology, we would like to either confirm or change or upgrade or modify the hypotheses that we have on how the pyramids were constructed,' he said. 'For the construction of the pyramids, there is no single theory that is 100 per cent proven or checked' They are all theories and hypotheses,' said Hany Helal, the institute's vice president. 'The images obtained clearly show the second chamber of the pyramid located roughly 60 feet above the lower one in which emulsions plates were installed,' he added. 'For the first time ever, the internal structure of a pyramid was revealed with muon particles. 'We count the muons and according to their angular distribution we are able to reconstruct an image,' Tayoubi said. 'From these plates, more than 10 millions of muon tracks were analysed,' Tayoubi, who is also co-director of the ScanPyramids mission told Discovery. It has two entrances, which opens onto two corridors leading to two burial chambers arranged one above the other
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