The mystery as to what lies inside the pyramid may be revealed soon. Scientists discovered hidden tunnels using cosmic particles. First 3D images of these tunnels have been released for public view.
Cosmic Particles And Cosmic Rays
According to Daily Mail, experts from foreign countries and Egypt have slowly unearthed what lies inside the great pyramids. This discovery came about using cosmic particles and cosmic rays. These rays create maps that allow experts to see the structures that lie hidden in the heart of these ancient monuments.
The team of scientists that embarked on this study used collected cosmic particles inside the Bent Pyramid. These particles revealed the internal pyramid structure and also the shape of the second chamber.
Meet The "Muons"
Reports have it that "muons" or radiographic particles were collected by the plates that were installed these great pyramids. Muons come from the earth's atmosphere and have the ability to pass through empty spaces, but they are deflected by hard surfaces, said Phys.
These "muons" form a very important part in their study as these help them learn about the overall pyramid structure. Some previous suggestions however were debunked such as one that suggested that Pharaoh Sneferu was found inside the pyramid.
Thermal Technology And "Muons" Analysis
The scientists are using both thermal technology and "muons" analysis to help them unravel the mysterious structures inside the pyramids. The team of experts also plans to use lasers and 3D scans to further study and analyze the internal pyramid structures.
There is a possibility that these technologies will be able to give answers in the quest to find the hidden chamber in the tomb of King Tutankahmun. It could also lead them to find where Queen Nefertiri was buried.
While there are still many things to discover within the walls of the ancient Egyptian pyramids, the work of the team of scientists using "muons" and cosmic particles is very promising. With more time, it may lead to revelations that the world has never known before.