Gravity might play a bigger role in the formation of the particles than scientists thought

 

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Gravity might play a bigger role in the formation of the particles than scientists thought


All systems attempt to get stable conditions


When we are talking about the four natural forces, we should rather say "four natural interactions". In the case of gravity, Earth will pull apple to it. But also apple pulls air molecules and Earth to it. So that's why gravity is an interaction. There is no one-way force in the universe. All four forces are interactions. But in this text, the natural forces and interactions mean the same thing.


The stronger particle or object affects to weaker, but also the weaker particle effects to stronger. The most well know of the forces is electromagnetism. We know that the electric circuit is searching the balance. The electricity travels from the pole, which has more electrons to the pole, which has fewer electrons.


And the system would attempt to get the balance of the condition, where both poles have the same number of electrons. So if we are compiling electromagnetism with other natural forces or interactions, the other natural forces should be acting the same way, and attempt to get stable conditions the same way with electromagnetism.

 

Image 2: Cygnus X-1


What if gravity acts like electromagnetism?


So if we are trying to transfer the model of electromagnetism to gravity, we might think this way: "If gravity is acting like electromagnetism, the gravitons would travel from the higher gravitational object to the weaker gravitational object". So in double-star systems like Cygnus X-1, the gravitons should travel to the visible participant of the system. So that means that the gravitons must travel otherways than other material. What the hypothetical gravitons are? They might be the quantum-size black holes or something more exotic.


Or the gravity is pushing force. We know that the black hole is the heavier object in that double-star system. So if gravity acts like electromagnetism, the black hole should be the weaker particle in the double star system, and the mass should travel from the black hole to the visible star. But the mass is traveling to the black hole, and that thing causes an interesting question: is a gravity pushing force. Or is the reason that the material travels to the black hole in the negative energy?


We know that the black hole is pulling radiation in it. So is the reason that the black hole pulls material in it, that the quantum fields are missing around that object. In this case or hypothesis, the quantum fields of the material are trying to fill the empty area near singularity and event horizon. And that thing causes that the atoms are just dropping in the area, where the quantum fields are traveling in one direction. That effect will pull the material into the black hole.


The role of gravity might be bigger than expected


Gravity is the most dominating of the four interactions or natural forces because it affects long ranges. Also, gravity is the only natural force, which affects the same way to material and dark matter. But also microgravity has mean. The idea of micro- or quantum gravity is that every single particle from the heaviest stars to single quarks and gluons have also gravity field.


And that gravity field might play a bigger role in the subatomic structures than we ever imagined. The fact is that the weak nuclear force keeps the protons and neutrons in the nucleus of atoms in one entirety.


The negative electric load of electrons pulls protons out from the nucleus, and also the positive poles of neutrons are pushing protons away. But still, the weak interaction is keeping protons and neutrons to one entirety. So what is the "spicy" that keeps that entirety together? Could that thing be quantum gravity? Quantum gravity is the gravity field that surrounds protons, neutrons, electrons, quarks, and gluons. Or simpler saying it surrounds every single particular object in the universe.


Gravity is a strange force. It is only a neutral force and the effects of gravity effect without depending on the polarity of the objects. So that thing causes a question, how big a role the gravity has in the universe? Is gravity the thing that causes that the superstrings are turning into ball-shaped objects? If we are thinking of the form of gravity, we are seeing one of the strangest things in the universe, and there is a discussion is a gravity the independent force or interaction at all?


The thing is that if gravity is an independent force or interaction, there should be a graviton, the transporter particle of gravity. But nobody has seen that mysterious particle yet. So that means the effect of gravity is a mystery.


()https://scitechdaily.com/gravity-might-play-a-bigger-role-in-the-formation-of-elementary-particles-than-scientists-thought/


https://en.wikipedia.org/wiki/Cygnus_X-1


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


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


Image 1:()https://scitechdaily.com/gravity-might-play-a-bigger-role-in-the-formation-of-elementary-particles-than-scientists-thought/


Image 2:()https://www.nasa.gov/mission_pages/chandra/multimedia/cygnusx1.html