British engineer Peter James, also known as Indiana James, amazed archaeologists when he put forward his theories regarding the appearance of the Egyptian pyramids. James stated that the theory held by scientists is wrong. According to the engineer, the ancient Egyptians did not build pyramids from outside to inside, but quite the opposite.
The shocking theory casts a shadow on the version that the entire scientific world adhered to for hundreds of years. The engineer, however, declares that this hypothesis is more like a fantasy story, and refuted it with elementary calculations. With their help, James proved that for the movement of huge boulders, the length of the ramp had to exceed 400 meters, only in this case it would be possible to obtain the correct angle for lifting bricks to such a significant height.
Indiana James, who has spent the last 20 years studying the pyramids, said he intends to get serious about refuting the theory of archaeologists about the construction of the pyramids and is ready for discussion.
“Yes, I am not an archaeologist, and many will say that I know nothing about the pyramids. To such people I would like to ask just one question: if you are planning to build a house, who do you contact, an engineer or an archaeologist? James said.
Civil Engineer James and his team work for Cintec International, headquartered in Newport, South Wales. The company is a world leader in the restoration of ancient monuments. James assisted in strengthening the burial chamber in the 4,600-year-old step pyramid and the Red Pyramid. While studying the step pyramid in Egypt, the engineer and his team discovered that a massive tonnage of small rocks was held in place for thousands of years by palm trunks.
James also has a theory as to what happened to the outer perimeter of the pyramids. Archaeologists are convinced that the smooth stone used to clad the tombs was stolen for other construction projects. The engineer believes that the outer stones have collapsed due to thermal expansion and significant changes in temperature.