Using various scanning technologies, researchers have found two inexplicable voids.
The Great Pyramid at Giza, Egypt, has long been rumored to contain hidden passageways leading to secret chambers. Now a team of researchers has confirmed the 4,500-year-old pharaonic mausoleum contains two unknown cavities, possibly hiding a corridor-like structure and more mysterious features.
The announcement by the ScanPyramids project comes at the end of a year-long effort to use various scanning technology on Old Kingdom pyramids, including the Great Pyramid, Khafre or Chephren at Giza, the Bent pyramid and the Red pyramid at Dahshur.
Carried out by a team from Cairo University's Faculty of Engineering and the Paris-based non-profit organization Heritage, Innovation and Preservation (HIP Institute) under the authority of the Egyptian Ministry of Antiquities, the ScanPyramids project used three innovative techniques — muography, thermography and 3-D simulation — to deeply investigate the Great Pyramid of Giza.
An unknown cavity was detected at a height of about 345 feet from the ground on the northeastern edge of the monument, while a "void" was found behind the northern side at the upper part of the entrance gate.
"Such void is shaped like a corridor and could go up inside the pyramid," Mehdi Tayoubi, founder of the Paris-based Heritage Innovation Preservation Institute, told Seeker.
He added that no link can be made between the two cavities at the moment.
Showing posts with label Muon Radiography. Show all posts
Showing posts with label Muon Radiography. Show all posts
Sunday, October 16, 2016
Wednesday, June 8, 2016
Great Pyramid of Giza Gets High-Tech Scan
Scientists have turned to subatomic particles known as muons to scan the 4,500-year-old pharaonic mausoleum.
By Rossella Lorenzi
For the past 23 years researchers have been trying to unlock the mysteries of the Great Pyramid in Giza using tomb-raiding robots. Now scientists have turned to subatomic particles known as muons to scan the 4,500-year-old pharaonic mausoleum. The aim is to detect voids that might point to hidden chambers and tunnels.
The full scan of the iconic monument is one of several ambitious steps of ScanPyramids, a project carried out by a team from Cairo University's Faculty of Engineering and the Paris-based non-profit organization Heritage, Innovation and Preservation (Hip Institute) under the authority of the Egyptian Ministry of Antiquities.
In April the team was able to reveal for the first time the internal structure of the Bent pyramid at Dahshur, using cosmic particles.
In a statement released on Tuesday, the ScanPyramids team detailed three non-invasive techniques employed at Giza. The results of the survey will be shared with several committees representing different scientific disciplines. One of them will gather a number of Egyptologists led by the former minister of Antiquities Zahi Hawass.
"Our team is trying to get evidence from the field that some voids exists. Then it will be the role of historians, Egyptologists, architects, to tell why those voids are there," Mehdi Tayoubi, co-director of the ScanPyramids mission, told Discovery News.
By Rossella Lorenzi
For the past 23 years researchers have been trying to unlock the mysteries of the Great Pyramid in Giza using tomb-raiding robots. Now scientists have turned to subatomic particles known as muons to scan the 4,500-year-old pharaonic mausoleum. The aim is to detect voids that might point to hidden chambers and tunnels.
The full scan of the iconic monument is one of several ambitious steps of ScanPyramids, a project carried out by a team from Cairo University's Faculty of Engineering and the Paris-based non-profit organization Heritage, Innovation and Preservation (Hip Institute) under the authority of the Egyptian Ministry of Antiquities.
In April the team was able to reveal for the first time the internal structure of the Bent pyramid at Dahshur, using cosmic particles.
In a statement released on Tuesday, the ScanPyramids team detailed three non-invasive techniques employed at Giza. The results of the survey will be shared with several committees representing different scientific disciplines. One of them will gather a number of Egyptologists led by the former minister of Antiquities Zahi Hawass.
"Our team is trying to get evidence from the field that some voids exists. Then it will be the role of historians, Egyptologists, architects, to tell why those voids are there," Mehdi Tayoubi, co-director of the ScanPyramids mission, told Discovery News.
Wednesday, April 27, 2016
Pyramid Interior Revealed Using Cosmic Rays
APR 27, 2016 06:00 AM ET // BY ROSSELLA LORENZI
The internal structure of an ancient Egyptian pyramid was revealed for the first time using cosmic particles, a team of international researchers reports.
The innovative technology was applied to the Bent Pyramid, a 4,500-year-old monument so named because of its sloping upper half.
According to the researchers, who presented their results in Cairo on Tuesday to Khaled El-Enany, minister of Antiquities and the former minister Mamdouh El-Damaty, the outcome was “excellent” as it showed the inside of the monument as with an X-ray.
The technology relies on muons, cosmic particles that permanently and naturally rain on Earth, which are able to penetrate any material very deeply.
This is the first of four pyramids to be investigated within the ScanPyramids, a project carried out by a team from Cairo University’s Faculty of Engineering and the Paris-based non-profit organization Heritage, Innovation and Preservation under the authority of the Egyptian Ministry of Antiquities. The others are the Great Pyramid, Khafre or Chephren at Giza, and the Red pyramid at Dahshur.
Scheduled to last a year, the project uses a mix of innovative technologies such as infrared thermography, muon radiography, and 3-D reconstruction to better understand the monument and possibly identify the presence of unknown internal structures and cavities.
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| Photocredit: EGYPTIAN MINISTRY OF ANTIQUITIES, HIP INSTITUTE AND THE FACULTY OF ENGINEERING (CAIRO UNIVERSITY) |
The internal structure of an ancient Egyptian pyramid was revealed for the first time using cosmic particles, a team of international researchers reports.
The innovative technology was applied to the Bent Pyramid, a 4,500-year-old monument so named because of its sloping upper half.
According to the researchers, who presented their results in Cairo on Tuesday to Khaled El-Enany, minister of Antiquities and the former minister Mamdouh El-Damaty, the outcome was “excellent” as it showed the inside of the monument as with an X-ray.
The technology relies on muons, cosmic particles that permanently and naturally rain on Earth, which are able to penetrate any material very deeply.
This is the first of four pyramids to be investigated within the ScanPyramids, a project carried out by a team from Cairo University’s Faculty of Engineering and the Paris-based non-profit organization Heritage, Innovation and Preservation under the authority of the Egyptian Ministry of Antiquities. The others are the Great Pyramid, Khafre or Chephren at Giza, and the Red pyramid at Dahshur.
Scheduled to last a year, the project uses a mix of innovative technologies such as infrared thermography, muon radiography, and 3-D reconstruction to better understand the monument and possibly identify the presence of unknown internal structures and cavities.
Sunday, April 24, 2016
CEA joins #ScanPyramids project
The French Alternative Energies and Atomic Energy Commission (CEA) is joining the mission to scan several of Egypt's pyramids
By Nevine El-Aref , Tuesday 19 Apr 2016
After having submitted a request to the Egyptian Ministry of Antiquities, the #ScanPyramids project is welcoming a new team of researchers from the French Alternative Energies and Atomic Energy Commission (CEA) and the Institute of Research into the Fundamental Laws of the Universe (Irfu).
Communication Officer, Malak Elkhadem, announced that since the launching of the project, the CEA team has shown interest due to its know-how in muon tomography. The team has been developing over many years micro-pattern gas detectors called Micromegas.
The #ScanPyramids project aims at scanning over the course of one year a number of Egyptian pyramids, including the Khufu and Khafre pyramids in Giza as well as the Bent Pyramid and Red Pyramids.
The project combines several non-invasive and non-damaging scanning techniques to search for the presence of any hidden internal structures and cavities in ancient monuments, which may lead to a better understanding of their structure and their construction processes / techniques.
The Micromegas detectors are used to reconstruct particle tracks for many scientific endeavours in high energy physics. According to Elkhadem, the detectors have been installed in the Thomas Jefferson National Accelerator Facility in the US.
By Nevine El-Aref , Tuesday 19 Apr 2016
After having submitted a request to the Egyptian Ministry of Antiquities, the #ScanPyramids project is welcoming a new team of researchers from the French Alternative Energies and Atomic Energy Commission (CEA) and the Institute of Research into the Fundamental Laws of the Universe (Irfu).
Communication Officer, Malak Elkhadem, announced that since the launching of the project, the CEA team has shown interest due to its know-how in muon tomography. The team has been developing over many years micro-pattern gas detectors called Micromegas.
The #ScanPyramids project aims at scanning over the course of one year a number of Egyptian pyramids, including the Khufu and Khafre pyramids in Giza as well as the Bent Pyramid and Red Pyramids.
The project combines several non-invasive and non-damaging scanning techniques to search for the presence of any hidden internal structures and cavities in ancient monuments, which may lead to a better understanding of their structure and their construction processes / techniques.
The Micromegas detectors are used to reconstruct particle tracks for many scientific endeavours in high energy physics. According to Elkhadem, the detectors have been installed in the Thomas Jefferson National Accelerator Facility in the US.
Saturday, December 19, 2015
Second phase of #ScanPyramid project begins
Scanners are being used to search for possible hidden chambers within Egyptian pyramids without compromising their infrastructure
By Nevine El-Aref , Thursday 17 Dec 2015
Muon radiography survey begins on King Snefru’s Bent Pyramid at Dahshour necropolis
A team of experts is beginning a scanning survey of the Bent Pyramid of ancient Egyptian King Snefru in Giza using scanning technology which uses non-invasive Muon particles. The scanners are being used to search for possible hidden chambers within the pyramid without compromising its infrastructure.
Following test sessions in November that allowed the #ScanPyramids team to calibrate the sensitivity of Muon emulsion films to the local environment (temperature and humidity) inside King Snefru’s Bent Pyramid, Kunihiro Morishima and his team from Nagoya University have just completed the installation of the Muon detector plates in the pyramid’s lower chamber.
Morishima explains that the films are composed of 40 “regular” plates representing a surface of 3m2 containing two emulsion films that are sensitive to Muons. These emulsion films will allow the detection of various types of Muons naturally penetrating the pyramid.
Minister of Antiquities Mamdouh Eldamaty told Ahram Online that the #ScanPyramids team has also installed a “regular” plate sample in the Queen Chamber of Khufu’s Pyramid in order to find out the best chemical formula of the emulsion films suitable for the local environment inside the Pyramid, as has been done inside the Bent Pyramid.
By Nevine El-Aref , Thursday 17 Dec 2015
Muon radiography survey begins on King Snefru’s Bent Pyramid at Dahshour necropolis
A team of experts is beginning a scanning survey of the Bent Pyramid of ancient Egyptian King Snefru in Giza using scanning technology which uses non-invasive Muon particles. The scanners are being used to search for possible hidden chambers within the pyramid without compromising its infrastructure.
Following test sessions in November that allowed the #ScanPyramids team to calibrate the sensitivity of Muon emulsion films to the local environment (temperature and humidity) inside King Snefru’s Bent Pyramid, Kunihiro Morishima and his team from Nagoya University have just completed the installation of the Muon detector plates in the pyramid’s lower chamber.
Morishima explains that the films are composed of 40 “regular” plates representing a surface of 3m2 containing two emulsion films that are sensitive to Muons. These emulsion films will allow the detection of various types of Muons naturally penetrating the pyramid.
Minister of Antiquities Mamdouh Eldamaty told Ahram Online that the #ScanPyramids team has also installed a “regular” plate sample in the Queen Chamber of Khufu’s Pyramid in order to find out the best chemical formula of the emulsion films suitable for the local environment inside the Pyramid, as has been done inside the Bent Pyramid.
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