The antigravitation and gravitational waves

Gravitational waves can be the key to real antigravitational systems. 

The formation of a gravitational wave may provide an answer for so-called "real" antigravitation. The supernova explosion or collision of the super heavy objects is forming an energy load that can explain gravitational waves. When that radiation with ultra-high energy level hits the particles it forms an electromagnetic or quantum shadow on the opposite side of the particles. 

Energy flows to that shadow and moves the particle away from the gravitational wave source. But if we want to make a "real" anti gravitation system we must be more accurate. When wave movement from the source of the gravitational waves impacts the quantum field of particles, it slides over that quantum field. 

The reason why gravitation pulls objects is that something makes the particles act like small rocket engines. So something causes an asymmetry in the energy flow from the objects in a gravitational wave. 

The surfer who rides with the waves is between two quantum systems. The particle in space is surrounded by one quantum system. So when we are researching gravitational waves. We should compare them with underwater pressure waves rather than surface waves. 

When we think of gravitational waves and compare them with the regular waves we might think that material is like a surfer which rides by using those waves. If the surfboard is at the edge of a wave peak that gives the best experience. The reason for that is the airflow gives extra energy to the surfer and the board. 

We cannot compare the objects in the space to the surfer. The reason for that is simple. The material and particles in the universe are in 3D space. So they are surrounded by one quantum system. The surfer is on the edge of two quantum systems. So if we want to model the behavior of the objects in gravitational waves we should use submerged objects for that model. 

In the quantum mechanics particle is the thing that rides with gravitational waves like surfer rides with waves. The water is the quantum system as well as the air. That is a simplified way to say that thing. We should rather say, that the submerged particle is riding with an underwater pressure wave when we are researching gravitational waves. 

When a surfer rides that wave the energy of the wave hits the surfer. And the energy stability causes the energy level of the surfer and wave to be the same. Energy travels between participants of the quantum system until it reaches stability. And that means all participants of the system have the same energy level. But air and water are different quantum systems. When the nose of the surfboard goes over the edge of the wave. That brings energy from another quantum system. And that thing causes that best ride is in that special place. 

But if we want to research the behavior of the object in a gravitational wave. We must understand that the object is in the 3D space. And in that case, we must research underwater objects. The reason why a surfer who rides the wave gets a better ride than that scuba diver who is below the surface is that the energy flows from another quantum system. When the object is underwater. There are no other quantum systems than water. 

So when the object is underwater it is surrounded by the same quantum system. That thing causes that even if the waves are high. There is calm in underwater conditions. 

The wave is the energy load that impacts that object. 

Wave movement doesn't connect straight behind the particle, or its quantum field. And that thing moves particles. When electromagnetic wave movement hits the quantum field of the particle it slides over it. 

There is forming a small electromagnetic vacuum behind that particle. Which stretches its quantum field. And that causes lower pressure on the other side of the gravitational wave. 

That causes that material or particle inside that field sends extra photons to that point. So the electromagnetic low pressure causes the punch behind the gravitational wave will turn higher than impacting energy. And that causes the thing called gravitation. 

But the question is this: does that electromagnetic wave movement cause the shape of the quantum field to change? Or does the electromagnetic or quantum vacuum form behind the particle itself? In the last case, the wave movement passes the quantum field and impacts to particle that is inside it. The place of the particle is always the middle of the quantum field. And when its place is moving the quantum field also moves. 

So how to make the antigravitational system?

The idea is simple in theory. There is needed to make the electromagnetic wave movement that tunnels itself through the material. The system must base the idea that the radiation comes from upside. Will stretch the electromagnetic or quantum fields around the particles of the atoms and other particles. 

Then that thing causes particles that are in that radiation shower to send photons to the side where is electromagnetic low pressure in their stretching quantum fields. And that thing turns the energy flow asymmetrical. So the higher power of the energy is forming behind that material or plate. And that thing pushes the object upward. 

https://miraclesofthequantumworld.blogspot.com/

The gravitational interaction between objects.

Is gravitation an independent force? Or is it "only" some "special" version of electromagnetism?

Have you ever thought about why gravitation has a long-distance effect? Why do the weakest of the fundamental interactions have long-range interaction? Why do other natural forces like strong-nuclear force have only a short-distance effect? 

And why the distance of the fundamental interaction increases when the scale of the effecting particles increases? The strong nuclear force affects only on the scale that is smaller than proton or neutron. But the electromagnetism effects also between the atomic groups. The difference between electromagnetism and gravitation is neutral. 

Gravitation is the non-polar force that effect is not depending on the poles of the particles. The electromagnetism pushes and pulls the objects depending are the same poles opposite together. The thing that causes the pulling is the electron flow and electromagnetic fields around the magnets. 

And then if gravitation is similar to electromagnetism. There is the possibility that its origin is in the quantum fields around the atom. The quantum field around the atom is like a series of flashes of lightning. So the quantum field can turn against other quantum fields and start to pull the particles to each other. 

If the origin of the gravitation is in quantum fields around that would explain why that force is so weak. And maybe gravitation is "only" the similar interaction with electromagnetism but its origin is in the electromagnetic bubble around the atom. Or maybe, it's the sum of all quantum fields of the atom. 

Is gravitation pulling or pushing force? 

The origin of the gravitation might be in the gluon interaction inside protons and neutrons. Those particles called gluons are moving between quarks. they are sending wave movement that makes the quantum fields around the atom oscillate. When the electromagnetic field jumps ahead. It pushes the EM or energy wave forward. And maybe that wave movement is the gravitation wave. 

When the quantum field around the atom pushes other quantum fields they are getting energy from that movement. And when the energy level of atoms increases their weight is also increasing. That causes interaction where the energy jumps from one quantum field to another. 

When the quantum field of the atom moves backward that causes the low energetic area near the atom. And that means energy will start to flow in that lower energetic area. 

That means the hypothetical graviton could be a virtual particle like an extremely small electromagnetic whirl like an extremely small skyrmion. In that theory, this virtual particle will just open the electromagnetic (or gravitational) channel between the particles or atoms. So is there some kind of weaker energy area between particles and that makes them come closer? 

When we are thinking about the distance of the effect of the gravitation. We might think that the size of the interaction causes that the gravitation will affect so long distances. The electromagnetic or quantum fields of atoms are much bigger than the size of electrons or quarks is. 

So if the origin of the gravitation is in the quantum fields of the atom. The surface area of the interactive area is very large if we want to compare that thing with the size of the interactive area of the strong nuclear force. And maybe the size of the interactive area of the force is larger the interaction will happen in long distances. 

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

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

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

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

https://thoughtsaboutsuperpositions.blogspot.com/

Expansion of the universe and gravitational waves are interesting things.

Gravitational waves are one of the biggest things that are discovered in the history of science. But the question is what gravitational waves exactly are. The gravitational waves are the things that are traveling through the universe. So is gravitation some kind of wave movement? Or is the gravitational wave the change of the mass of dark matter?

Scientists are not sure what gravitational waves are. They can be the graviton bursts around the universe. But the problem is that there are no observations about gravitons. 

There is only the wave where the weight of the material is somehow increasing. So there is the possibility that the gravitons are causing the gravitational waves. But another possibility is that the gravitational wave is the result of the radiation or wave movement between dark matter particles. The wave movement has a strange ability. 

When it affects the particles their mass is rising. So the easiest explanation for the gravitational wave is that it's the wave movement that is an interaction between dark matter particles. That thing could be the explanation for the question. Why do the gravitational waves seem to have no connection with another wave movement? 

If the wave movement is an interaction between dark matter particles. That means that the gravitation might not an independent force at all. But that thing is not sure. When we are thinking that model closer we are facing one interesting thing. 

When wave movement or particles are traveling outside the universe it will decrease the mass of the universe. When a particle crosses the gravitational limit of the universe that thing never returns. 

And universe ever gets that lost mass back. That thing will decrease the mass of the universe and increase the speed of its expansion.

Dark matter forms 85% of the material of the universe. But most of the universe is forming of the dark wave movement called "dark energy". Dark energy is wave movement that we cannot see because it doesn't cause notable interaction between particles of the visible material. 

There is one idea of what dark energy can be. The idea is that it's similar wave movement with neutron radiation. When the dark energy hits the quantum field of the dark matter it sends radiation that is invisible to us. 

But that radiation pushes the dark matter particles away from each other. And the dark matter wave movement would be a similar reaction that happens in the neutron bomb. But the scale of that reaction is much much larger than reactions in neutron bombs. 

Distance of dark matter particles increases when they are sending wave movement.  The wave movement is pushing those particles away from each other. When the mass of particles is decreasing the wave movement is pushing them away from each other harder. And that increases the speed of expansion of the universe. 

And another thing is that when the particles are sending wave movement that thing makes the particles lighter. So when the most dominating group of particles is sending radiation, that thing causes the effect, where the large mass of the universe vanishes to space in the form of wave movement.

The reason for the expansion of the universe. Is that it loses its mass in the form of wave movement. That travels outside the universe. Then we are thinking universe as the form of the bubble where the entire confirmed material exists. 

That bubble locates in the middle of the emptiness. Outside the universe is no energy that can interact either with dark or visible material. And the energy is transferring from the universe which is the higher energetic area to the lower energetic area. 

Material and energy are the same things. All the time when the universe sends radiation its mass decreases. The reason that thing is happening. Is that there is no replacing radiation when the radiation travels outside the universe. 

https://www.ligo.caltech.edu/page/what-are-gw

https://www.sciencefocus.com/science/what-are-gravitons-and-do-they-really-exist/

https://www.universetoday.com/153070/primordial-gravitational-waves-continue-to-elude-astronomers/

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

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

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

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

The new type of gravitational waves might detect by using the new sensor.

The gravitational waves are proven that the gravitation is wave movement like all other three fundamental interactions are. There is the possibility that the wave-particle duality is also working with this force. And if researchers can prove that thing. That proves the existence of graviton.  But the problem is that gravitational waves are so weak effect. That even detect them is hard. The observable gravitation waves are born only in the highest energetic reactions in the universe. 

The weakness of gravitational waves means that the gravitons that are the hypothetical transportation particles of the gravitation are also very small or unique-sized particles. 

Or are the gravitons the form of the primordial black holes? Which means they would be the energy centers without a particular form.  

Are those missing gravitons the particles that formed just after the Big Bang? 

Otherwise saying, those small transportation particles of the gravitation could be the particles. That formed just after the Big Bang. Straight from the radiation or wave movement. So are those almost proven gravitons the first particles that formed in the universe? 

If gravitons size is small enough that means no antenna can resonate with gravitons. And if graviton is a very low energetic particle it cannot interact along with other particles. If the mass or energy of the impacting particle that impacts with graviton is too high, that covers the impact. 

The speed and mass and energy level of the particle must be just right. That the graviton interaction can be detected. The thing is that the particle that moves with the right speed and has the right energy level can collect enough gravitons that it can affect its trajectory. The idea is that the graviton cloud near the moving particle can change its trajectory. Before they are hitting it. 

So is the anomaly of the Muon g-2 experiment the reason for the graviton cloud? Another question is, could the fifth force and dark energy be the same thing?

Gravitation is the weakest of four fundamental interactions. And the hypothetical graviton is introduced as the gate for the fifth force. The fifth force is predicted to be even weaker than gravitation. But the thing is that Muon g-2 experiments have shown that the fifth interaction might be stronger than the gravitation. And the thing that shows that is the strange curving of the muon in the low energetic particle accelerator. 

But there can be another explanation for that curving. And that thing is that those particles were interacting with the dark energy. Many people including myself, think that dark energy is the wave movement like other interactions are. And that brings one question to my mind. Is dark energy the same thing as the fifth force? 

The reason why I think that thing is that all other fundamental interactions are wave-particle dualities. There are wave movement and particle forms of all other fundamental interactions. And the missing thing is the graviton. If researchers can isolate graviton or turn gravitation waves into gravitons. That thing helps to focus the form of gravitation itself. 

()https://www.iflscience.com/physics/experimental-detector-may-have-spotted-a-new-type-of-gravitational-waves/

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

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

Image():https://www.iflscience.com/physics/experimental-detector-may-have-spotted-a-new-type-of-gravitational-waves/

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