New radical theory connects the Theory of Relativity with quantum mechanics.

 New radical theory connects the Theory of Relativity with quantum mechanics. 

"Could the two finally be unified?" (https://interestingengineering.com/science/theory-combine-einstein-quantum-mechanics)

Maybe gravitation looks like the image above. The pulling effect happens much larger area than the pushing effect. The idea is that fast-spinning objects form a small quantum vacuum near them. The magnetic- or some other field transfers that wave movement to the object's poles. There it travels out from the particle's shell. 

First time in history. Researchers connected  The Theory of Relativity with quantum mechanics. That has been a big dream for many researchers and scientists. Maybe that thing makes it possible to create the GUT (Grand Unified Theory) that connects gravity with other fundamental forces. 

The ability to connect the Theory of Relativity with the subatomic particle interaction makes an almost similar revolution in the research as quantum theories and quantum mechanics are both brought. Researchers require this theory to make complete models of the interactions between particles. 

The complete simulations require complete knowledge of the system. Complete knowledge means the ability to know interactions. The size of the interacting particles and the environment's other conditions determine the power of the force. That thing determines which of four fundamental forces dominates in that particle. Every fundamental interaction is wave movement. The wave movement's wavelength determines how it interacts with some object. 

Fundamental forces

In the subatomic world dominating forces are all similar. They can push and pull objects. And that means they all are similar to each other. That thing causes a theory that maybe gluons have poles. The idea of the GUT theory is that there is a "quantum" small particle that can be a quantum-size black hole between quark and gluon. 

That particle sends radiation that travels through the atom. When it travels through certain particle like quarks, protons and an atom's nucleus those particles and particle groups changes their wavelength. So when gluon sends radiation to gluon sends it from its shell. 

Then that radiation or wave movement travels to the quark. In a quark radiation causes resonance, and the quark sends radiation forward with its wavelength. The particle's size will determine the radiation wavelength. So why does gravitation have no repelling effect? Maybe we can find the answer from image 2 in this text. There could be an antigravitation at the point of a relativistic jet of the black hole. 

The thing is that the gravitation could be an asymmetric force. The pushing effect happens in so small area that the pulling effect covers that antigravity. 

When a black hole forms in an intense energy burst. It starts to spin at a speed that is almost the speed of light. Black holes are not slight. The superstrings that are on its shell are like mountains. And those things form an electromagnetic vacuum near the black hole. 

When those strings interact with quantum fields, that thing causes a similar effect as a non-slight ball in high-speed spin. Those small hills push quantum fields away. And when the spin is very high the quantum field has no time to fill the vacuum behind those hills. 

That vacuum pulls gravitational radiation out from singularity and a standing wave over the black hole's singularity causes the situation. That quantum field falls into the black hole or any other gravitational center that routes them to the poles of the black hole or other gravitational center. 

When an object like a black hole or its singularity spins the strings on that object form an electromagnetic vacuum near its surface. The fast spin and magnetic field drives quantum fields to the singularity's poles. There is a larger vacuum at the poles. The black hole sends radiation out from its poles. That means there could be a repelling force in gravitation. But the area where gravitation pulls things in is much larger, so the pulling effect covers that repelling effect. 

https://interestingengineering.com/science/theory-combine-einstein-quantum-mechanics

https://scitechdaily.com/reimagining-the-cosmos-new-theory-unites-einsteins-gravity-with-quantum-mechanics/

https://www.space.com/four-fundamental-forces.html

https://en.wikipedia.org/wiki/Fundamental_interaction

https://en.wikipedia.org/wiki/Grand_Unified_Theory