Could understand the dark universe helps us to understand space and time?

The micro gravitational or quantum gravitational effect of dark matter and gravitational waves can affect quantum computers in an unwanted way. 

Could understand the dark universe helps us to understand space and time? The fact is that the knowledge of dark energy, dark matter, and dark gravity might have more effect on our lives than we want to confess. Dark matter interacts with gravity. And that means it might affect the things like entangled photon structures in quantum computers. Dark matter has the microgravity effect, and the gravitational waves can turn the positions of the photons, which are transmitting data in the quantum computer. 

And if we want to understand the universe better, we should understand its most dominating effect. If we are thinking about the microgravitational effect of gravitational waves. That might turn superpositioned and entangled photons out of position. This thing can be devastating for quantum computers. And maybe in the future. There is a system in space that warns us about gravitational waves like there is the system, that warns about solar storms. 

That system allows that the communication and other sensitive sensors can shut down for the time of the ion storm. Maybe the system that warms about gravitational waves is also sending a message to quantum computers, that they should restore the data because photons or other quants can turn away from their position and data might disappear. 

Phantom energy is a mysterious force. But it's still the wave movement. 

Does the dark (or phantom energy) rip the universe in pieces? As many people, including me, have written many times. Does gravity win or does the universe expand forever? If the universe is "open" the expansion continues forever. There are three possible geometrical models of the universe, and the only possibility, that universe is collapsing is that universe is the ball. 

There is a 2:1 possibility that the universe is open, and the expansion continues forever. But if the universe is the ball, that means the universe is closed, and then the expansion stops, and the universe starts to collapse. The observations of Sir Roger Penrose have been supporting that the universe is a ball. The reason for that is, that there is a possibility that other universes exist before our universe. If there Or maybe our universe is the final in its series. But if there have been other universes before our universe, that requires the universe is a ball-shaped structure. 

There is no need for negative gravity for explaining the expansion of the universe. The normal outcoming gravity effect, that interacts with the internal gravity effect of the universe is enough to explain, why the universe expands as it expands. 

So can dark energy win gravity? That thing depends on many things, and one is if the source of dark energy is in the middle of the universe. There is a possibility that the force of that energy is decreasing. And that causes that the expansion of the universe stops because the gravity between galaxies wins. 

Dark energy is the wave movement, that is invisible to us. Dark energy is also called "Vampire energy" because it pushes the universe bigger. And that effect causes that the universe is getting colder all the time. So the expansion of the universe causes that the energy level inside it drops. And the question is, how this thing happens? The easiest way to think about that thing is that the reason for the expansion of the universe is the gravity effect, which pulls the universe bigger from outside it. 

So the outside gravity effect could be caused by the cloud of invisible material. That invisible cloud travels ahead of the visible material. And in that case, the outside gravity effect is the reasonable explanation for the expansion of the universe. The gravitational interaction means that the universe itself is also pulling that cloud to it. And the internal gravity effect will slow the expansion of the universe. 

I have thought that dark energy interacts with visible material through dark matter. That means that dark energy is pushing the cloud of dark matter ahead of visible material. And that hypothetical cloud is pulling the universe behind it. But there is another cloud of dark matter, that is pulling the universe back to the point, where the Big Bang happened. 

So if the dark matter released to the universe before and after the visible material, the visible material would be between the layers of clouds of dark matter. And there is a possibility, that those clouds are sending their frequent radiation, which means they are not interacting.  

And maybe there is some kind of blob of dark matter at the point, where the Big Bang happened. If the source of dark energy is the point in the middle of the universe that means that when the distance between the hypothetical dark matter cloud and the source of dark energy increases, the effect of dark energy turns weaker. 

Or maybe dark energy is the interaction between dark matter particles. In that case, the density of dark matter decreases the same way with visible material.  And that decreases the power of the dark energy the same way with expansion decreases the energy of the visible energy.

()https://science.nasa.gov/astrophysics/focus-areas/what-is-dark-energy

()https://www.space.com/dark-gravity-phantom-energy

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

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

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