The image that I just put in the last text is introducing the hypothetical point of the Big Bang. Can that mysterious explosion be formed when two branes are touching each other? That means that the Big Bang was the giant electric arc.
The biggest question in the Big Bang theory is where the material or energy formed? The wave movement can turn to the particle. But where did that wave movement come from? Was there some kind of white hole that brought the wave movement to the third dimension?
To turn wave movement into a particle is possible. But it requires that the lines of wave movements are crossing. And that requires that there are two sources for wave movement.
And that thing could cause the wave movement to turn to material in the form that we know it. There is the possibility that the extremely high-energy explosion can push the quantum fields away from each other. And that thing causes the zero-energy conditions at that point.
When we are thinking of the dimensions as the energy levels. That causes the possibility. That material would travel from the fourth and the second dimension to that bubble where those materials impact.
The impact between those different material states would be extremely rough. And that caused the wave movement started to flow to the third dimension. This thing caused this wave movement impact with straight superstrings and caused the formation of the material.
The idea is that we are living in the third dimension. In the second dimension, the material is "flat". It has length and width. In the third dimension, the material has also depth. And the fourth dimension means that the material has a form that cannot model to the third dimension.
Dark matter would be a material that has a different energy state than visible material. That means dark matter would be closer to the fourth and the second dimensions. The idea is that the particles would not suddenly transform to the four- or two-dimensional. The material would slide to another dimension. If we think like this: another dimension is the state of energy that we cannot observe.
In that model, the fourth dimension is in a higher energy level than the third dimension. And the second dimension is the lower energy state than the third dimension.
When the material stabilized in a certain dimension. It starts to release its energy. And then it falls through dimensions. The material releases its energy. Until it reaches the same energy level as its environment has. When the energy level of the material is higher energy flows to the environment. And things like the expansion of the universe mean that the energy level of the environment is decreasing.
In the same way, we cannot model 3D structures in two-dimensional layers. In the same way, the fourth dimension is impossible to model in a 3D universe.
The brane theory explains the material and its relationship with the fourth dimension. That material is not suddenly turned four-dimensional. The material would slide to the fourth dimension. The interaction between the particle that is locked in the third dimension and the particle that is sliding to the fourth dimension just turns weaker and weaker. The thing that causes sliding to another dimension is the energy load or energy release.
When the distance of the energy level or the state of those two particles is turning higher. That causes the other particle is sliding to the fourth dimension. And sooner or later that particle slides out from the sight. That means the state of dark matter would be the state of the material that is far away from the visible material.
https://en.wikipedia.org/wiki/Brane
https://en.wikipedia.org/wiki/Brane_cosmology
https://en.wikipedia.org/wiki/Four-dimensional_space
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