Deep Space Evolution: Clans

Chapter 274 The expansion of the universe
With the determination of the relationship between dark matter and dark energy, groups have begun to further understand them.

Of course, the most important thing about the relationship between the two is how they transform into each other.

Through the analysis of the Unified Field Theory Research Group in the Rt35 galaxy, the "culprit" that may ultimately lead to the conversion of dark matter into dark energy is most likely gravity.

Gravity, as the weakest force among the four fundamental forces, "wins" because it has a wide range of effects and is everywhere.

"In fact, it is not impossible for gravity to be the key to transformation. Although gravity is the smallest among the four basic forces, this does not prevent gravity from being strong enough!"

"The strong gravity of black holes can distort space and cause time to stagnate. The existence of giant attractors can affect the entire super galaxy cluster. So based on the findings of the Rs23 Galaxy Dark Matter Experiment Base and the relationship between dark matter and gravity, we can naturally Set your sights on gravity.”

"It is gravity that causes dark matter to continuously transform into dark energy. Even weak gravity can turn dark matter into dark energy."

The conjecture about gravity-induced transformation was quickly received by the dark matter experimental base of the Rs23 galaxy.

Related experiments were quickly arranged.

But the final results surprised all researchers.

Where the gravity is stronger, dark matter is more stable; conversely, where the gravity is weaker, dark matter is more easily converted into dark energy.

Such a discovery really confuses all researchers.

But a large amount of experimental data proves that dark matter is like this.

After losing gravity, dark matter will transform into dark energy faster.

Yuan was a little surprised when he got the news. After extracting all the data, he quickly thought of an explanation: "If gravity was strong enough, the universe might not expand."

"No, no."

"In the universe, the vacuum environment occupies a larger percentage, which means that most areas in the universe are in a weak gravitational state. Even in galaxies, there are many weak gravitational states in the vacuum."

"It's just that compared to the interstellar space in super galaxy clusters, the gravity in galaxy space is still stronger. And the same is true in the interstellar space between super galaxy clusters."

"The weaker the gravity, the faster the transformation of dark matter."

"But at the beginning of the explosion of the universe, when the matter was relatively dense, the universe was still in a state of expansion, and it was still expanding at the speed of light. In dense matter and in a state of strong gravity, dark matter was still being converted into dark energy."

"So even in a strong gravitational state, dark matter will still be converted into dark energy."

"But why is it still so fast?"

Yuan is a little stuck.

Because according to the current data, the expansion speed of the universe in a weak gravity state is the speed of light.

But even at the beginning of the explosion of the universe, under the strong gravitational state of dense matter, the expansion speed of the universe was still the speed of light.

Expansion is related to dark energy. If the generation of dark energy is related to the expansion rate of the universe, it can be concluded that the generation rate of dark energy is directly proportional to the expansion rate of the universe.

And since the expansion rate remains constant, the generation rate of dark energy is also constant without considering the volume of the universe.

In other words, at the beginning of the Big Bang tens of billions of years ago and now, whether in a strong gravitational environment or a weak gravitational environment, the speed at which dark matter is converted into dark energy is the same.

Combined with the results obtained by the Dark Matter Laboratory, it is impossible to directly give Yuan Zheng.

However, when Yuan handed over this problem to researchers at the Rt35 star system field theory experimental base, some researchers immediately provided ideas. space!

"Although we don't know why, there is no doubt that energy exists in a vacuum environment."

"The strength of gravity will change the shape of space. In the state of strong gravity, the degree of space distortion is greater, while in the state of weak gravity, the degree of distortion of space is smaller."

"So is there a possibility that the process of converting dark matter into dark energy is not just related to gravity?"

"The stronger the distortion of space, the greater the transformation speed of dark matter? When gravity is weak and the curvature of space is large, the transformation speed of dark matter is the fastest!"

This time, the problem returns to unified field theory.

Because the unified field theory unifies all four basic forces, that is to say, no matter what basic force it is, it can actually be transformed into another basic force.

The curvature of space needs to be changed by gravity, or even can only be changed by gravity.

But as mentioned before, the transformation of dark matter will be weakened under strong gravity.

Therefore, another basic force is needed to replace gravity to change the curvature of space through a unified field theory. Only in this way can the best transformation environment of weak gravity and large space curvature be achieved.

At present, electromagnetic force is a good choice.

However, ethnic researchers have also recently discovered that without a unified field theory, they cannot maximize the electromagnetic force.

Their research on the four fundamental forces is indeed in-depth, but from the perspective of the entire theory, they have only just gone through half of the road.

Only by truly completing the unified field theory can they maximize the power of dark matter.

But such a discovery will not hinder the ethnic group's use of dark matter.

After all, dark matter can be transformed into dark energy as long as there is gravity.

How to use dark energy is another problem.

"Direct study of dark matter engines."

A researcher stood up and spoke at the meeting: "Even without a unified field theory, our current grasp of dark matter and dark energy is enough to allow us to change the curvature of space. Although we cannot reach the speed of light, studying dark matter engines does not mean that we can Must reach the speed of light.”

"If the current dark matter engine can change the curvature of space, doesn't it mean that our idea is correct?"

As the researchers debated in the meeting, Yuan was also thinking about a possibility.

"Dark matter is constantly transforming into dark energy. The reason why dark energy drives the expansion of the universe may be precisely because of the disappearance of dark matter."

"Because dark matter is glue, it works together with gravity to tightly bind all celestial bodies together. The glue will continue to disappear under the action of gravity, and the universe will always be in a state of expansion. Eventually, when all the dark matter disappears, The entire universe would stop expanding."

"No, it won't stop. Dark energy still exists, and the universe without dark matter will continue to expand driven by dark energy, but not very fast."

"But it doesn't need to be fast."

Yuan suddenly thought of the image of a balloon bursting: "With just a slight push, the universe will explode."

(End of this chapter)