The string theory still lives.
"In physics, string theory is a theoretical framework in which the point-like particles of particle physics are replaced by one-dimensional objects called strings. String theory describes how these strings propagate through space and interact with each other. On distance scales larger than the string scale, a string looks just like an ordinary particle, with its mass, charge, and other properties determined by the vibrational state of the string. In string theory, one of the many vibrational states of the string corresponds to the graviton, a quantum mechanical particle that carries the gravitational force. Thus, string theory is a theory of quantum gravity." (Wikipedia, StringTheory)
Can superstring that travels through photons explain dark matter? The superstring that travels through photons transports the quantum field away from that thing. And outside the quantum field tries to fill that hole. If that model is right. The photon can bundle other superstrings into a structure that looks like a cereal grain.
The string theory can answer things like dark matter and dark energy problems very fast. The idea is that the photon is the superstring that can collect wave movement into it. That thing means that the photon can involve a quantum-size black hole. Or it can focus energy impulses into the middle of it. There that energy reflects back. That requires that the photon is a straight ring-shaped structure.
That is the thing that makes the dark energy, or wave movement that rips the universe into pieces. But the origin of that thing is unknown. The string theory allows that one superstring can travel through the photon. And that string acts like a thermal pump. It can transfer energy out from the middle of a photon and that thing can make it possible for the photon to turn invisible.
That string can transfer energy out of focus with such high speed that it has no time to reflect. The superstring that transports energy in different directions can turn a photon dark and give it the gravity field. The idea is when that superstring transports energy or quantum field out from the middle of that object, the outside quantum field tries to fill that hole. That thing causes a situation in the quantum field that pulls objects into that thing.
"String theory is a mathematical description of nature that requires space to possess several additional dimensions beyond the ordinary three. These extra dimensions, too small to notice in ordinary life, can assume many possible shapes, or geometries (depicted artistically here) that can influence the properties of the universe and subatomic particles. Credit: O. Knill and E. Slavkovsky" Astronomy.com, String theory is not dead yet)
"The string theory still lives.
Can superstring that travels through photons explain dark matter? The superstring that travels through photons transports the quantum field away from that thing. And outside the quantum field tries to fill that hole. If that model is right. The photon can bundle other superstrings into a structure that looks like a cereal grain.
The string theory can answer things like dark matter and dark energy problems very fast. The idea is that the photon is the superstring that can collect wave movement into it. That thing means that the photon can involve a quantum-size black hole. Or it can focus energy impulses into the middle of it. There that energy reflects back. That requires that the photon is a straight ring-shaped structure.
That is the thing that makes the dark energy, or wave movement that rips the universe into pieces. But the origin of that thing is unknown. The string theory allows that one superstring can travel through the photon. And that string acts like a thermal pump. It can transfer energy out from the middle of a photon and that thing can make it possible for the photon to turn invisible.
That string can transfer energy out of focus with such high speed that it has no time to reflect. The superstring that transports energy in different directions can turn a photon dark and give it the gravity field. The idea is when that superstring transports energy or quantum field out from the middle of that object, the outside quantum field tries to fill that hole. That thing causes a situation in the quantum field that pulls objects into that thing.
The string theory explains that material is a group of strings. This is an oversimplified model of the string theory. String theory explains that dimension and spacetime are groups of superstrings. Extra dimensions exist in those strings, but they are too small to measure.
Those strings are of different sizes. That means the smallest superstrings are the size of photons and the largest are larger than the universe. The superstring can travel through the universe. And if a black hole pulls that billions of ly long string in it. That string's speed is connected with the speed of light. That means. Those extremely long superstrings can travel into black holes even billions of years.
In that theorem, the universe is in the larger superstring and those strings can travel in space and time. That means the superstrings can entwine with each other. That means the wormholes are the superstrings that entwine with each other and form the channel through the spacetime. In that model, the superstrings are things that form every particle and any wave movement from the gravity waves to the radio waves.
"It's possible. Dark matter has some other interactions than just gravitational interactions. The answer can be in photon, as I wrote at the begin of the text. " (ScitechDaily,Quantum Leap: Scientists Reveal the Shape of a Single Photon for the First Time)
The image of a photon brings the idea. Could the photon be the superstring that moves and oscillates in the field? When those superstrings oscillate they pull energy into them. And then. Those things can also relieve the energy that they store. That oscillation is the source of energy flows. The superstring theory is easy to explain. But proving that theory is extremely difficult. The superstrings are the thing that can form. Another and another different size superstrings. And making a mathematical model of that thing is difficult.
So. If we think that superstrings form all material we face another interesting thing. The superstrings form antimatter and material. They form material and energy. And superstrings should form dark matter and dark energy. The problem is: How superstrings make those things. The ring-shaped structure is the thing that can pull those superstrings into a form that looks like a western cloaca in seafaring. The problem is how dark matter can be "dark"?
The string theory explains that material is a group of strings. This is an oversimplified model of the string theory. String theory explains that dimension and spacetime are groups of superstrings. They are of different sizes. That means the smallest superstrings are the size of photons and the largest are larger than the universe. The superstring can travel through the universe. And if a black hole pulls that billions of ly long string in it. That string's speed is connected with the speed of light. That means those extremely long superstrings can travel into black holes even billions of years.
In that theorem, the universe is in the larger superstring and those strings can travel in space and time. That means the superstrings can entwine with each other. That means the wormholes are the superstrings that entwine with each other and form the channel through the spacetime. In that model, the superstrings are things that form every particle and any wave movement from the gravity waves to the radio waves.
The image of a photon brings the idea. Could the photon be the superstring that moves and oscillates in the field? When those superstrings oscillate they pull energy into them. And then. Those things can also relieve the energy that they store. That oscillation is the source of energy flows. The superstring theory is easy to explain. But proving that theory is extremely difficult. The superstrings are the thing that can form. Another and another different size superstrings. And making a mathematical model of that thing is difficult.
So. If we think that superstrings form all material we face another interesting thing. The superstrings form antimatter and material. They form material and energy. And superstrings should form dark matter and dark energy. The problem is: How superstrings make those things. The ring-shaped structure is the thing that can pull those superstrings into a form that looks like a western cloaca in seafaring. The problem is how dark matter can be "dark"?
It's possible. Dark matter has some other interactions than just gravitational interactions. The answer can be in photon, as I wrote at the beginning of the text.
https://www.astronomy.com/science/string-theory-is-not-dead-yet/
https://www.astronomy.com/science/what-happens-if-string-theory-is-wrong/
https://scitechdaily.com/quantum-leap-scientists-reveal-the-shape-of-a-single-photon-for-the-first-time/
https://en.wikipedia.org/wiki/String_theory
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