Are gluons the wave movement that surrounds the superpositioned and entangled quarks?

The model of superpositioned and entangled particles

Gluons are the elementary particles when they are out from protons and neutrons. But the wave-particle duality means that it is also the wave movement. So could the form of gluons the wave movement when they are inside the proton and neutron? 

Wave-particle duality means that all particles are also particles and wave movement. First, that ability was seen in photons and the light was proven to have particular and wave movement forms. But then the wave-particle duality proved to be a universal phenomenon that happens in the quark-size world. 

The thing is that things like quarks and electrons can turn to wave movement and particles don't mean that any other things other than elementary particles can turn to wave movement and back. The reason why the proton cannot travel through the black hole. Is that the black hole will separate its quarks away from the structure. But quark an electron can make that thing because they have no sub-particles inside them. 

Protons and neutrons are the particles that are forming of the quarks. And between quarks are traveling mysterious particles called gluons. Gluons are the things that keep quarks in form. The question is could it be possible that gluon is more wave movement than some kind of particle. Could it be possible that the gluons are traveling inside the protons and neutrons by the form that is like "8"? That could mean that the gluon is the power field that is traveling between the superpositioned and entangled particles. 

If the gluon is the power field or bite of wave movement that acts like the wire that connects particles called quarks together. That thing would explain why protons and neutrons are splitting. When those quarks are rotating inside that quantum wire they are delivering wave movement through the quantum space.  So the thing that makes the proton and neutron disappear is the quantum friction. That thing causes the wave to move away from that thing. 

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

https://en.wikipedia.org/wiki/Wave%E2%80%93particle_duality

When the energy stress to the structure ends. The particles release the extra energy as radiation.

That radiation burst pushes particles away from each other. And that is the thing that breaks structures. 

The extremely powerful radiation can destroy even the neutron star. The idea is that the high-energetic radiation burst is hitting the neutrons that thing loads them with energy. And when the energy is released the energy radiation will push those neutrons away from each other. The idea is that the neutron star turns to the extremely high-energetic neutron bomb. 

Neutron radiation is released in two stages. First, the neutrons are delivering electromagnetic wave movement. And if that wave movement is strong enough it pushes the neutrons out from the structure. 

The hitting energy load would not break the neutron structure. The moment when the radiation is breaking the structure. Is when the energy load is ended and the particles are delivering the extra energy away. This is one of the things that we must realize when we are talking about energy and how it affects particles. 

If we are thinking that the energy load that is targeted to the object is positive energy. And the energy that comes out from the object is negative energy we must realize that the energy that travels in one direction is not breaking structures. But when the direction of the energy is turning that is the thing that breaks the structures. 

https://thoughtandmachines.blogspot.com/

Are the gravitons primordial black holes inside protons, neutrons and electrons?

Above: "Three colored balls (symbolizing quarks) connected pairwise by springs (symbolizing gluons), all inside a gray circle (symbolizing a proton). The colors of the balls are red, green, and blue, to parallel each quark's color charge. The red and blue balls are labeled "u" (for "up" quark) and the green one is labeled "d" (for "down" quark)". Wikipedia/Quarks)

If we want to guess the certain place of the hypothetical graviton in the material there are two possible places. The place where the researchers can find hypothetical graviton is the center point of the proton and neutron. Or another possible place is in the middle of the quarks. In that version, the quarks are like the ball of yarn, like electrons. And they are formed when superstrings are forming the ball around the extremely small primordial black hole. The quantum gravity of that primordial black hole would pull the protons and neutrons together. 

Can the graviton be found just in the middle of the proton and neutron? The idea is that when gluons are jumping in the proton and neutron. By using the trajectory that looks like a triangle. That thing can from the primordial black hole in the proton and neutron. That means the graviton could be the thing that formed from the wave movement. 

So does graviton even have the physical form? Is it the primordial black hole? The extremely small-size primordial black hole is more like a power field than some kind of particle. That power field is turned to the package like a particle or ball of yarn. 

So is the annihilation the impact of two primordial black holes that are locating in protons or neutrons? In that idea, the electrons are the balls of the superstrings. That is forming a ball around the primordial black hole. In that case, the superstring is denying the eruption of the black hole.

And that extremely small black hole will get its energy from the spin of electrons. In that case, the size of the black hole is so small, that it cannot curve the wave movement inside it. Or the superstrings are forming the ball near that miniature singularity. That is smaller than any particle in the world. The same thing that is written about electrons can transform into quarks. 

If the graviton is the primordial black hole inside the proton or neutron that could explain, why it's so hard to detect. The primordial black hole requires energy pumping all the time. And in this scenario. The primordial black hole that is smaller than quarks or gluons is getting its energy from the movement of the gluons. If that movement is stopping the primordial black hole vaporizes immediately. 

Can we find graviton in the place where nobody predicts to find that kind of particle? The idea is that in the protons and neutrons is the group of quarks. And between those quarks are traveling particles called gluons. The gluons are something like electrons, but their size and effective range are different. The gluon is the transmitter particle of the strong nuclear force. 

So in the cores of protons and neutrons is the "quantum flashes of lightning" between quarks that are forming a similar effect with lightning. But in the smaller distances. When the gluon is traveling it sends energy waves both ways. The energy that the gluon gets is similar to kinetic energy with the balls that people are throwing. 

But the scale of this thing is extremely small. Gluons are jumping inside protons and neutrons. And then the Law of Energy Indecision means that the gluon must take energy load from somewhere or they will stop and material is disappearing. So is the energy source of the gluons some kind of primordial black hole? And is that black hole the graviton hypothetical transportation particle of the gravitation. 

The movement energy of gluons travels outer ways or to the core of protons and neutrons. And also the part of the energy that is stored in muons while they are jumping between the quarks is traveling in the middle point of the proton or neutron. So there is the possibility that there is graviton in the middle of protons and neutrons. 

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

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

()https://en.wikipedia.org/wiki/Primordial_black_hole

()https://en.wikipedia.org/wiki/Standard_Model

()https://en.wikipedia.org/wiki/Quark

Image: ()https://en.wikipedia.org/wiki/Quark

()https://thoughtandmachines.blogspot.com/

The quantum tugs between water molecules can be more fundamental than nobody even imagined.

"AN ANIMATION SHOWS HOW A WATER MOLECULE RESPONDS AFTER BEING HIT WITH LASER LIGHT... AS THE EXCITED WATER MOLECULE STARTS TO VIBRATE, ITS HYDROGEN ATOM (WHITE) TUGS OXYGEN ATOMS (RED) FROM NEIGHBORING WATER MOLECULES CLOSER, BEFORE PUSHING THEM AWAY, EXPANDING THE SPACE BETWEEN THE MOLECULES. THIS NEW VIEW OF AN EFFECT THAT’S THOUGHT TO BE BEHIND MANY OF WATER’S STRANGE PROPERTIES WAS CREATED WITH SLAC’S MEV-UED “ELECTRON CAMERA,” WHICH BLASTS SAMPLES WITH SHORT PULSES OF HIGH-ENERGY ELECTRONS TO LOOK INSIDE. CREDIT: GREG STEWART/SLAC NATIONAL ACCELERATOR LABORATORY" (Image: https://scitechdaily.com/origin-of-waters-strange-properties-scientists-capture-a-quantum-tug-between-neighboring-water-molecules/)

The quantum tug between water molecules can be the thing that causes strange properties. But that thing can also open the road to understanding things like gravitation better. And the great question is, can the gravitation base the same way to quantum tugs as the strange interaction between water molecules. 

There is also the possibility that between all other atoms and molecules is the quantum tugs. That are explaining the three elements of the material are solid, liquid and gas.

The quantum tug between water molecules can be the thing that causes strange properties. That thing is interesting because other materials have the three states of matter, liquid, solid, gas. Oops, I forgot the plasmatic state of matter, and the water also acts like plasma in the strong magnetic fields. The polarity of water molecules causes that the magnets can affect to those molecules. 

But the thing is that also metals and other materials are turning to liquid and gas while the temperature is rising high enough. That thing means that there could (or will) be quantum tugs between the atoms and molecules. That are forming the other materials like iron or silicon. The reason why water is turning to gas or vapor. Can be found that the distance between the molecules rises too high when the temperature rises. And the quantum tugs cannot touch the molecules anymore. 

The melting process of the materials is always similar. The rising temperature causes that the material turns softer and then it will turn liquid. So that means the process that happens in the water is similar to iron atoms. 

And the quantum tugs can explain why the metals and other materials are turning superconducting in low temperatures. While the electron is facing the quantum tug, where is the hole or the tug is separated that jump between molecules takes the energy from the electron.

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The quantum brains 

The quantum tugs can make it possible to make the "quantum brains" the quantum neurocomputer, the most powerful data handling tool that has ever been imagined. In that system, the quantum tugs are acting as the synaptic gaps. 

The quantum tugs are causing the idea that this thing can be used for making microscopic artificial neurons. That thing makes it possible to make the "quantum brains" the quantum nervous computer. The quantum neuro computer is one of the most powerful data handling tools that have ever been imagined. 

In that case, the rows of the water molecules, some other ions or electrons can connect to the corners of the fullerene molecule. That system is extremely fast and powerful hybridization between quantum and neurocomputer. That thing can be the revolutionary design in learning computers. 

Learning process in the world of computers is simply expanding the number of the skill. Or otherwise saying the number of stored and sorted data in databases and connections between those databases are increasing when computer learns. 

In quantum neural computers, the qubits or electrons are acting as neurotransmitters. The electrons are traveling between the molecules in the quantum wires that are created by the rowed ions. And the quantum tugs are acting in the same role as the synaptic gaps in the human nervous system. And the role of the electrons or qubits in this system is the same. As the neurotransmitters in the living nervous system. 

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The quantum tugs can be the same way revolutionary with the fifth natural force. 

Is the origin of the quantum tugs in the movement of gluons between the quarks? The quantum tug is the movement in the quantum field of the atoms. That are forming the molecules. So is some kind of quantum tug behind the gravitation?

The quantum tugs are moving between molecules like gluons are moving between the quarks in the protons and neutrons. So can there be some particle that moves between the electrons and nucleus of the atom? And can the quantum tug be the key to mysterious gravitation?

Is gravitation the group of quantum tugs between planets and other great atomic groups? The idea is that gravitation is the quantum tugs that are getting more power for their punch when there are larger groups of atoms behind them. If the large group of atoms is kicking quantum tugs. That gives them more force than the kick of the single quarks. 

The gluons are forming similar quantum tugs between quarks like the atoms of water molecules are forming quantum tugs between other molecules.  And if we are concluding that the same effect continues also in the larger scale structures the gravitation could also be some kind of group of the quantum tugs. 

There are lots more quarks behind those kicks than the quantum tugs between the protons and neutrons. They are interacting longer distances than if there is only a couple of the molecules behind the punch of the quantum tugs. So the quantum tugs are taking their energy from the quantum fields of the atoms. 

And the fundamental idea is that the quantum tugs are the key to gravitation or the fifth fundamental interaction. So quantum tug is the effect that is forming in the movement of gluons. Travels through the nucleus of atoms and electron core turn to gravitation that travels across the universe. 

Can the quantum tug be the key to the GUT (Grand Unified Theory)? Is it the magic stick, that helps to connect the gravitation with other fundamental interactions? The fundamental interaction means the same as a fundamental force because all of the forces (strong and weak nuclear forces, electromagnetism, and gravitation) are at the same time pulling and pushing particles. 

As an example, the gravitational interaction means that Earth is pulling the dropping apple to it. But Apple is also pulling Earth to it. So the Earth and Apple are both moving but we cannot just measure the movement of the Earth because it is too small for the measure. 

So the quantum tugs are the things that are moving back and forth between the molecules. Just like gluons are moving between the quarks inside the protons and neutrons. That observation can be the same way revolutionary in the world of physics like some fifth fundamental interaction. That quantum tug between molecules can take researchers closer to find the mysterious graviton. 

And why I wrote this? The reason for that is that if we are thinking the matter from the smallest particles to the biggest entirety we might see that the reactions and interactions that are happening between the subatomic particles like quarks and gluons should happen between the larger structures. 

Now research is found a similar interaction between molecular structures that are happening between quarks. So is there some kind of quantum tugs or groups of quantum tugs between the macro-molecules like planets and stars?

If something happens between the water molecules that thing should also happen between larger materials structures. So is the gravitation of the tugs between the large molecular structures? Can the quantum tug between the water molecules answer the question, "why the gravitation is so different than other fundamental interactions"? And can the quantum tug be the key to the GUT (Grand Unified Theory)? The magic stick combines the fundamental interactions to the most fundamental theory in history. 

()https://bigideas.network/the-fabric-of-reality/physics/the-4-fundamental-interactions

()https://scitechdaily.com/origin-of-waters-strange-properties-scientists-capture-a-quantum-tug-between-neighboring-water-molecules/

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

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

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

()https://simple.wikipedia.org/wiki/Standard_Model#:~:text=The%20Standard%20Model%20%28SM%29%20of%20physics%20is%20a,is%20the%20one%20the%20model%20does%20not%20explain.

()https://visionsoftheaiandfuture.blogspot.com/2021/08/the-quantum-tugs-between-water.html

Why nothing is enough in the field of physics?

Why nothing is enough in the field of physics?

We could form this question in the form, "why scientists are looking for more and more smaller and high energy particles in the Universe"? Why we are creating more and more powerful systems, what can find smaller and smaller particles. And maybe we would someday find the point, where energy would get the "astral form", and that is the opposite for the form of quarks, and we can think that the physical form of atoms, electrons, and other fundamental particles is so-called "kinetic" or "crystallize", and the form of energy would be "quantum fog" or "astral", so sometimes somebody has asked, "is the material only the crystallized energy".

And annihilation reaction, where antimatter and matter would contact and all of their mass turn to energy are supporting that thing. So the material is only the kinetic version of energy, if we want to say this thing like that way.

The idea of those people is that they want to find the point, where the material is transforming the energy and the opposite way. If we could find out that point or gate, where the energy is turning to material, we could find something bigger than ever before. We know that somewhere in the quantum world is the extreme particle, what is turning to the energy, and if we would see that particle, we can simulate the opposite reaction. But what is the form of that particle?

Is it stable or is it like some kind of quantum version of "the elastic bound", what can move to another space and form to another? That would be the most interesting particle of the quantum Universe, what we can ever create, or rather saying, what we can ever find. Then we are facing another strange particle and that is gluon. That particle keeps quarks together, and sometimes the form or essence of the gluon is thought to be a key to see, what things are forming the quarks.

When we are thinking about the thing, what is called the "super spring", we must ask, is that thing the particle, what is mentioned at the beginning of this text. So if our super spring is the quantum version of elastic bound that means that this particle is like clew, what the super spring forms. And if that clew, what has name quark, would open, the super spring would slip to energy. And that thing would be very interesting.

So what would we need to observe this kind of case? The thing is that those super springs would not act like other fundamental particles. That makes problems for creating observation of those particles. So what kind of thing the "super spring" would be? The thing is that if the form of this thing is the wire, we must think, the reason, why this wire would turn to the clew and form the quarks?

Is there a tiny electric force, or force what effects a similar way with electricity, and pulls the wire to ball? And what is the role of gluons in that process? Are gluons some kind of small black holes, what can turn the super spring in the shape, what we are known as quarks? Those are things, that are waiting for answers in the thing, what we are known as material.

And then we must understand that we see material everywhere, but we don't know much about it or it's the deepest form. What is the point, when the material turns to energy or is there the final form, or is the material acting like melting crystal? This kind of thing is interesting when we are starting to research the final particle between material and energy.