Wednesday , September 28 2022

Strange "Dark Fluidity" could lack 95 percent of the Universe



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Spacers faster than spin. Space will not open. And everything is, as always, in the dark for the great problems of physics.

The physicist's solution to the negative mass of fluid & # 39; It lies in a hypothetical one. No, this material has never been seen. But the day begins with looking for exotic and energy particles, so it is worthwhile opening our options.

Jamie Farnes of Oxford University returns to the theory of Einstein's general relativity, a description of gravity related to space time geometry, and a bit of a degree to make the mass mass negative exist.

Pushing this "bizarre" particle can serve to solve the "most frustrating mysteries" of two physics. Why do galaxies join spin? And why do you see that the universes will last so fast in comparison to the past?

Right now, the best explanation of each observation is that it is very hard for things to push or pull.

Regardless of the dark matter, we can see that the stars and galaxies were also in charge of being together. It is possible that some types of mass particles may not be visible to the visible material, which is almost invisible.

Dark energy, however, is a theoretical phenomenon against gravitational forces, moving large-scale structures and increasing the Universe's perspective.

Right now, we've got the best answers we've got. While there are many suggestions behind each one of them, we still have closer burning guns. However, they combine to combine about 95% of the energy and matter of the cosmos.

"It's shameful," says Farnes in his article Conversation. "But astrophysicists must first recognize themselves".

Farnes is just like that 95 percent of all that's the same. Announces all the evocative dark "Lightweight" in the empty space and pushes it against a weak matter.

This unfamiliar stranger would leave the galaxies apart, creating additional space to make darker fluids more "pop" in reality, pushing their stars, sliding as galaxies swirling.

As potential theories go, it feels parsimonious. There are not two solutions like just one price.

Still, the massive mass masses in Farnes could be tested using the data of the galaxy distribution that was collected using Square Kilometer Array.

"The result seems pretty beautiful," says Farnes.

"Dark energy and dark matter are merged into one single substance, just two effects, when negative masses are negative masses.

Beautiful, sure. Farnes, even though Farnes explains a bit of an idea as far as physics is concerned.

First of all, while there are phenomena that have similar mass-negative features, there are no particular negative things created by themselves.

Secondly, when quantum mechanics preaches the particles into vacuum penetration and forewarn it, it is not even a constant generation of the negative mass soup soup.

Even before, Albert Einstein proposed a similar factor, which seemed to be general relativity. So, in mathematics, this is the concept.

"In Newton's theory," he wrote in 1918, "it is necessary to change the theory, for example, by capturing the negative masses that are distributed around the universal space" empty space ".

Mind you, you also dismiss empty space mass as your biggest blunder mass.

However, despite pushing any space and galaxies, we have not answered.

At the table we can use other suggestions if all other ideas fail. In this case, Farnes, an exciting model of a universe that blures the dark fluid, can see the sun every day.

"If it's true, the 95% lack of the cosmos might have been considered aesthetic solution," he says.

"We have forgotten to enter a simple sign minus".

This study was published Astronomy and Astrophysics.

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