Black holes, information, and states of material: the new gravitational model.
Can superstrings that act like heat pumps explain gravitation?
If we think that the information is the new state of matter, we could call the information the name "superstring". The superstring is a very thin electromagnetic field. In some theories, the superstring can turn straight. And then it can transfer information, like a stick between stars.
In that model, the superstring just moves back and forth and it can transmit information over long distances. But the superstring can also act like a heat pump and make the object in its route colder.
When a superstring travels through the gravitational center it pulls energy out from it. Electromagnetic fields are creating onion-looking structures around the objects. And those fields called superstrings to travel through the middle of that thing. So gravitational field should act similar way to all other electromagnetic fields. When those fields travel through the center of that effect they take energy out of it. That makes the center of that gravitational structure colder.
The direction of energy flow determines if the material is getting old or does it get younger. If the superstring that travels through the object gets more energy than it transfers out from the energy center it loads energy to that center which name could be the gravitational center.
When material ages, it releases energy. And when the material is getting younger it receives energy. Because the material is one form of energy, that means superstrings are the simplest possible form of energy. Superstrings are extremely thin quantum fields. So what are quantum fields? They are a cross between material and energy. The Schwinger effect just turns superstrings into particles. Otherwise saying to the Schwinger effect crossing electromagnetic fields are rolling each other to particle-anti-particle pairs. And that thing is confirmed when electromagnetic radiation turned into quark-antiquark pair.
If we think that gravitation is one form of electromagnetic radiation we can see that the thing that forms the gravitational effect are the magnetic fields that travel through the gravitational center. Superstrings that are extremely thin quantum fields traveling through the gravitational center act like heat pumps. That thing transfers energy out from the gravitational center. And that thing makes the gravitational center colder than its environment. Because energy or quantum fields travel in lower energy levels, that thing makes it possible that gravitation can pull all objects into the gravitational center.
Superstrings are extremely thin quantum fields. Sometimes that term is used for meaning the small energy fields around atoms. The reason for that name is those energy fields are a mixture of all fundamental forces. Sometimes superstrings mean extremely thin electromagnetic fields. And because of gravitational waves, gravitation is also radiation, which place in the electromagnetic spectrum is unknown.
Above:) The magnetic fields that travel through an object act like a heat pump. This makes objects colder or turns them to lower energy levels. So is there some kind of small electromagnetic low-pressure area just over the neutron star's shell?
The high-power magnetic field transfers radiation and particles away from that object. Because magnetic fields are very strong their power lines pull objects with them. Those objects cannot transfer kinetic energy to that object if they turn to poles just before they should impact with a neutron star. And they act like thermal pumps. The gravitational fields should look similar. So those fields are causing a situation where energy travels over that object.
That movement acts like a heat pump. In that model all gravitational fields are similar. But their strength is different. The reason for that is all other electromagnetic fields are similar without depending on the objects that they surround.
And because gravitation is similar to radiation as other radiation frequencies, that thing means that the gravitation should act like a magnetic field. And also black holes' electromagnetic and all other quantum fields act like all other similar fields. But they are much stronger than neutron stars or planets' quantum fields. So quantum field can also be used as the common name for all gravitational and electromagnetic fields.
Does the black hole destroy material?
The answer is no. The black hole doesn't destroy material or information. It just turns it into a state that is unknown to us. That state of the material is called a singularity.
Only a supernova or kilonova explosion can form a black hole. The reason for that is the bubble. When a supernova explosion happens it forms bubbles or an electromagnetic vacuum. Or actually, a supernova can form a short-term warp bubble where particles travel faster than otherwise. When that cosmic shockwave travels, it harvests energy in it. But sooner or later, that bubble starts to collapse. Because there is an energy minimum inside the bubble.
The electromagnetic fields will fall in the middle of that supernova remnant it pushing quantum fields and particles inside it to one entirety called the singularity. Sometimes people use the term "singularity" about the area that is inside the black hole's event horizon.
And that thing means that gravitation could be a series of energy fields, that travel out from the black hole. The thing is that, because gravitation pulls all objects in the same way, there must be some kind of lower energy place in the universe that forms the effect that pulls all particles in the mass center.
So does the magnetic- or some other radiation field around a black hole (or other mass centers" the gravitational effect. When we look at the magnetic fields we see that those fields form the wire-looking structure around the center.
That means those power lines are traveling through the nucleus of the object. And that means the magnetic field acts like a heat pump. The heat pump makes the "colder" or lower energy point in the gravitational center. And that thing causes that energy or information travels at that point, as I wrote at the beginning of this text.
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