Is dark energy the internal or outcoming force of the universe?

When we are talking about energy, we mean energy, what we can see. The energy is wave movement that interacts with other particles, and we see that energy through the interaction. Photons and electrons are transporting all energy, that we can see. So we should call things like gamma-rays "photonic energy".

But could there be the "black photon" the transportation particle of the dark energy? If the "black photon" exists that means the dark energy is the unknown form of the radiation. But there is the possibility that the origin of dark energy is in particles, that were destroyed just after the big bang. So that means the transporter particle of dark energy would be a photon, which has so special wavelength, that it cannot interact with other materials. There are theories about dark energy, that this thing is the interaction between the dark matter particles. And that interaction causes the wave movement, which we cannot see.

The dark energy is ripping the universe in pieces, and that energy is causing the expansion of the bubble of material, what we are calling the "universe". The expansion is the effect, that causes the decrease of the energy level in the bubble, what we are calling the universe.  The form of energy is wave movement, and when the bubble is growing that thing causes that there is more space for wave movement.

Expansion of the universe causes that the wave movement would turn less dense, and the temperature of the bubble is decreasing. The problem with energy is that all energy in the universe released is the only energy, that it has. There is no outer energy source, that can pump the energy to the universe, and that effect is causing that the existence of material in the particular form ends. When the material is sending radiation, it will lose part of itself. So every single photon that is sending out from the nucleus of the atom causes that the material is losing its energy.

The material would not get that energy back again, because the outcoming energy must pass the electron cores of the atom. And that thing affects only the outer electrons in the electron core. The material at the beginning of the universe was higher energetic than it is now. And actually, the material was more highly energetic one minute before than it is now.

When the material is losing its energy it must shine it away as the cosmic background radiation. But when we are talking about energy, we must understand that only the energy, that can react with visible material affects us. The thing that makes dark energy so important is that thing affects dark matter. When something pushes the cloud of dark matter away from the point, where the universe began, that thing causes the gravity effect, which affects visible material.

When we are talking about dark energy, we must realize that everything, what we know about that strange force is it is some kind of wave movement. Or do we know that thing at all? If the dark energy is the internal force of the universe, it should be the wave movement, that pushes the edge of the universe away. But dark energy doesn't have other effects on the material. So what causes the expansion effect? The simplest thing, that dark energy is making is that it will push the giant cloud of dark matter ahead of it.

There is the possibility that outside the universe are extremely large clouds of dark matter, which are pulling the universe away from the point, where the Big Bang happened. So during the Big Bang, first released dark matter what is forming the bubble or another core outside the visible universe. In that case, the part of dark energy would be only the gravitational effect of dark matter.

That expanding core of dark matter causes the gravity effect, which pulls the universe bigger. But the fact is that we don't know about the origin of dark matter. We don't know was the dark matter exists before visible material? Have you ever hear the term "Dark Big Bang"? The "Dark Big Bang" means the case, when dark matter is released in the universe. And "visible Big Bang" means the case, where visible material released in the universe and formed the bubble, what we are calling "the universe".

The biggest question in cosmology is: was the Dark Big Bang separated phenomenon from the visible Big Bang or was it involved in Big Bang? The question is that the Big Bang happened in stages. And at the first the particles of hot dark matter released. Then released the visible material, and then at last released cold dark matter.

Or the very first thing, that was released was wave movement or energy, which travels at the front of dark and visible material. That energy is invisible to us because it goes away from us outside the bubble of the universe. If that energy sends a photon we cannot see it, if the photon travels away from us. So is dark energy only the gravitational effect, or does it have some unknown transportation particle? Or is it interaction between dark matter particles?

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