Is gravity independent interaction or not?

The question about gravity is, why its so weak? If gravity is the same force as other natural forces, the weakness of gravity can be explained, that the force that comes from the nucleus of atoms must travel through the quantum fields of the atoms. When the particle or transportation particle travels through the quantum fields of the atom, those quantum fields are pulling part of the energy from the particle in themselves. or otherwise, the energy level of the transportation particles is rising so high, that the interaction turns neutral.

In that case, the interaction would turn independent from the polarity of the particles, because the quantum gravity field would turn to dominate. That means that the power of the quantum fields is rising so high, that they can affect also the particles opposite poles. But anyway, without depending is gravity independent force or not, the gravity field of the planets or even the heaviest particles in the universe is the sum of the quantum gravity fields of the tiniest particles in the entirety, that we are calling material.

The mystery of gravity is interesting, is gravity an independent force or not? If gravity is an independent force, that thing requires that the graviton would exist. Each of the four interactions or natural forces should have its transporter particle, and three of those transportation particles are found. But the missing thing is the graviton. There have been many times asked, why the transporter particle of gravity is not found?

And the answer is that there is the possibility that the graviton is not like other transportation particles. In the image below this chapter is the list of four fundamental forces or interactions and their transportation particles. In this text natural force, fundamental force, and fundamental interactions mean the same thing. 

Image 1:

The idea is that when the transportation particle will hit to target, it transfers the energy or interaction to the target. And when the hypothetical graviton is hitting the target it would bring superstring to that object. And then it will pull the object to the mass center. But the problem is that if gravity would acting like all other forces or interactions the mass of the smaller object should increase. And the gravitational system should turn to balance like electric circuits are acting. That means that when the objects are closing each other, the flow of gravitons should travel from the larger or dominating object to the smaller object.

Gravity can increase the impact energy of the smaller object. When the straight-moving object is closing to the mass center of the system, the speed of those objects is increasing. And then they will impact, and in those impacts, the certain part of the mass of those objects is turning to thermal energy. Measurement of the mass of forming objects is hard to make because both objects are crushing in pieces.

But by observing black holes researchers can observe the effect of gravity. When two black holes are impacting their mass is not the same with both of the impacting black holes, because part of their mass is turning the gravity waves, and that means that gravity itself is energy. But we don't know is gravity pushing or pulling force or interaction. And there is a discussion, is gravity independent interaction or not? Without gravity three of the four fundamental interactions can fit together. But confirming that thing scientists must prove that graviton exists or graviton does not exist.


The problem with theories of the interactions is to fit the gravity in the same entirety with the other interactions. And in some theories gravity is not an independent force at all. In those theories like GUT (Grand Unified Theory) all four fundamental interactions are the same thing. So that means that the gluon, the transportation particle of the strong nuclear force that keeps quarks in their position would be the same particle with mysterious graviton.

If graviton would be the quantum-size black hole, that thing would explain, why it cannot be seen.

So each transportation particle would be the same particle, with different energy levels. And that thing would explain why the transportation particle of gravity is not found. The idea is that the graviton is the same particle as gluon, but that particle is turned into an extremely small quantum-size black hole.

And the major question is: is the hypothetical graviton independent particle or is it one of the forms of the gluon? So when we are thinking about the reason, how the photon would be connected to that model., we might introduce one interesting idea. When the energy level of the gluon is rising, that thing means that it starts to hover in its quantum field, and that makes it impossible to measure its mass. So that kind of thing could someday be proven false or right.

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

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

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

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

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

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

Image 1:()https://en.wikipedia.org/wiki/Fundamental_interaction