The gravitational waves and the gravitational effect are the most interesting things in quantum mechanics. The thing that makes gravitational waves interesting is that they are the key to the mystery called gravitation. The gravitation might be the asymmetrical oscillation of the quantum field of the particles as I wrote earlier. But the question is what is the particle that causes the interaction?
Is it the asymmetrical oscillation of the atom's quantum field? Or is it the interaction between electrons, quarks, or gluons over the atom's quantum fields? So does gravitation cause the electromagnetic vacuum at the front of the nucleus of the atom? Or does it move the quantum field or electron core?
When the nucleus of an atom is moving. It moves electrons to the position. Where the nucleus is in the middle of the structure. But which comes first, egg or chicken? Which moves the first nucleus of atom or electron core of atom or quantum field of the atom? And the key question is why the gravitation is so weak? Is it some kind of superposition between gluons or quarks or their quantum fields?
The thing is that every object in the universe is also a quantum system. And the laws of quantum systems apply to all objects. When the objects like the nucleus of atoms or electron cores of the atom move. The object or the entirety of those atoms is also moving. The problem with gravitation is simple. Which of the subatomic particles is forming the interaction called gravitation?
When a gravitational wave is impacting an object it loads energy into it. And when that wave is traveling over the object it loads energy into it. The reason why gravitation works is that the gravitational wave is long. The direction of the gravitational wave is forward from the center of the gravitation. The object is at the backside of the gravitational wave.
Diagram: The movement of the gravitational wave according to the particle.
Because the gravitational wave is at a higher energy level than the area that follows it the object is starting to fall to that area that is at a lower energy level. Energy can travel only to lower energy levels in quantum systems. And that means the objects are starting to travel to the center of the gravitation. So why objects are always traveling to the gravitational center? The reason for that is that.
Every single gravitational wave is taking energy away from the gravitational center. So energy can't form from emptiness. That means that every gravitational wave is weaker than its predecessor. Gravitational waves are taking mass away from the gravitational center. Because the universe is expanding material is turning bigger and the energy level of the universe is getting lower.
That means that the material is sending wave movement. And that wave movement makes materials lighter. That thing means that the gravitational waves are always weaker. When the size of the universe is rising the black holes are expanding.
That expansion means that the event horizon is at a longer distance from the center of the black hole. So that increases the vaporization of the black hole. And all the time the black hole is turning lighter. And the gravitational waves that it sends. Are always turning weaker. That thing causes the material is dropping into the black holes.
So the size of quantum fields of material is expanding. And when the quantum fields are too big they blow like balloons. That thing causes the splitting of protons and neutrons.
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