The idea of a long-expected quantum gravitational theory can be found from Wormhole

In the field of physics, a new theory is peeking and at the moment it is thought to be one of the biggest problems in physics. The theory will link to Einstein's general theory of relativity and quantum mechanics, if true. Leonard Sasskind of Stanford University presented this theory in a research paper, but it has not been published yet, its previous review is underway.

Saskinad proposed a new 'apparent equation' to create coordination between general relativity and quantum mechanics, ER = EPR On the left side of this equation, Astrologer and Nathan Rozen, published in 1935, refers to a study of wormholes; And the right side, Einstein, Rosen and Boris Podolski signify the quantum entanglement published in the same year.

This new paper is based on the findings of Suscind in his 2013 policy of Princeton Institute of Advanced Studies with Juan Maldensena. These two ideas are similar; In this, a relationship is released with blackhole objects and combines with wormholes.

Quantum is a strange behavior between the particles where they can be interconnected and located in the same quantum state, no matter how long the particles are located. If a particle changes its state, then the other particle, which is located in distant, China, is currently going to examine its new quantum communication satellite.

The other part of the equation, ER, gives ideas about how to connect two positions in the universe through the warm bear. One of these two positions connected through the wormhole can be moved away from one to another.

According to Saskinad, quantum entanglement can not be made only by the particles. He proposed that gigantic objects like blackholes may also be able to exchange different manifestations in a vast distance, and in this situation, they are connected through any kind of quantum wormhole. By combining these, he thinks quantum mechanics and gravity are more related than we think.