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THE SHAPE OF THE UNIVERSE

The ‘shape of the Universe’ found? It resembles an ancient “Solar Cross”

In 2016, researchers found that the shape of a light photon resembled the ancient Mesopotamian Solar cross. A few years earlier scientists introduced the Amplituhedron theory. If we duplicate and rotate an Amplituhedron it forms a Merkabah, and the shadow of a Merkabah form a Maltese cross—the shape of a light photon.

For centuries has mankind searched the meaning of life, and our place in the universe, wondering whether or not we are alone in the universe.

However, in order to understand where we are located in the universe, we must learn what space and time represent.

These have been some of the greatest difficulties for experts who have tried for decades to uncover the secrets of the universe.

In the last couple of years, astronomers have made great progress understanding where we—Earth, our solar system, and even our galaxy—are located in the universe.

Not long ago astronomers found we are part of a massive intergalactic highway that is part of a humongous SUPERSTRUCTURE interconnected by over 800 galaxies.

Like never before, the human race was able to take a peek into our cosmic neighborhood and understand just how big space is around us.

Our galaxy is not alone, and we are part of millions—if not billions—of galaxies in the universe.

But despite the fact that we have come closer to understand where we are located in the universe, experts have not been able to understand what the universe looks like.

In 2016, Radek Chrapkiewicz found the shape of a light photon eerily resembled the so-called ancient Maltese cross. Three years earlier, in 2013, Nima Arkani-Hamed and Jaroslav Trnka calculated that the shape of our universe was an amplituhedron— a geometric structure which enables simplified calculation of particle interactions in some quantum field theories.

The Amplituhedron theory revolutionized many scientific ways. The theory challenges the idea that space-time locality and unitarity are necessary components of a model of particle interactions, and instead present them as properties that emerge from an underlying phenomenon.

Interestingly, if we duplicate and rotate an Amplituhedron it forms a Merkabah, and the shadow of a Merkabah form a Maltese cross—the shape of a light photon.

The Amplituhedron theory revolutionized many scientific ways. The theory challenges the idea that space-time locality and unitarity are necessary components of a model of particle interactions, and instead present them as properties that emerge from an underlying phenomenon.

Interestingly, if we duplicate and rotate an Amplituhedron it forms a Merkabah, and the shadow of a Merkabah form a Maltese cross—the shape of a light photon.

Job Tigers 05.07.2018 0 46
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