It remains a profound enigma just how ancient civilizations across the globe managed to move supermassive blocks of stone, and transport them into position in order to build some of the most amazing ancient sites we all look upon in astonishment today.
Some of the best examples are the Pyramids at Giza, Stonehenge, Tiahuanaco, Ollantaytambo, among many others. All those sites have one thing in common: their builders somehow managed to transport and put into position massive blocks of stone that weight between 10 to 100 tons.
How the ancients did it has remained a profound mystery. Did they use some sort of lost ancient technology? Did aliens help them? Or did we just not study the ancients well enough? Scholars continue searching for clues that may help answer how megalithic structures like Stonehenge were built.
Now, researchers at the design lab Matter Design have found a revolutionary way to move massive stones, some of them weighing more than 25 tons with their bare hands.
As noted by the Business Insider, the secret lies in harnessing the same methods used by ancient civilizations to build Stonehenge and the statues on Easter Island.
It seems difficult to accept that thousands of years ago, ancient cultures could move stones weighing on average 25 tons. But the group fo researchers from MIT says it may not be impossible after all, and they have even shown us how to do it.
Everything began back in 2014 when researchers from the design lab Matter Design studied ancient civilizations and how they built and moved supermassive structure like the Moai Statue son Easter Island and the Egyptian Pyramids.
They discovered something surprising yet fairly simple: if you use stones that have the right density and a balanced center of mass, you could move objects as heavy as a great white shark with their bare hands.
To figure everything out, they got help from the construction-research company Cemex Global R&D. Soon, the researchers found they could rotate massive stones that appeared light as a feather, and even assemble these massive objects into staircases or larger structures without using ‘modern technology’ like trucks or cranes.
However, to find out which buildings materials they needed to use, and where to place the center of mass, the researchers from Matter design relied on a computer algorithm to make it easier for them.
If the computer algorithm encounters a formula that won’t work in real life, Matter Lab can adjust it to ensure the ‘objects’ are moveable by humans.
“Of course, there are a lot of struggles along the way,” Brandon Clifford, an MIT assistant professor and one of the lab’s partners, told Business Insider.
But “as we’re designing the element,” Clifford said, “we can always ensure that the center of mass is pulled to where it needs to go.”
