Bright Sword starts with the grenade flat.

Chapter 486 How long does the Milky Way have left?

Perhaps there are even smaller substances than quarks, which the humans wandering on the blue planet have not yet discovered!

After all, the only way to explore the existence of smaller matter now is to rely on colliders.

If you collide the nuclei apart, you can see the neutrons and protons.

However, building a collider is not that easy, especially when you want to accelerate two high-speed quarks to a speed infinitely close to the speed of light for a collision.

Of course, colliders are not the only way to understand smaller fundamental matter. Another way is to observe black holes.

It is possible to determine to what extent matter has been compressed by observing black holes.

However, as the scientists on the Wandering Blue Star conducted research, they discovered a difficult problem: the micro black hole could not be dissipated on its own by reducing the energy supply of the gravity furnace.

You know, the reason why this micro black hole in the gravity furnace can be formed is not because the gravity generated by the matter itself compresses it to the black hole level.

Instead, it is compressed to such a size by the energy supplied by an external gravity furnace. Therefore, once the energy of the gravity furnace is reduced, there will inevitably be a big explosion, and the matter forming the micro black hole will erupt in all directions at a speed close to the speed of light, or even faster than the speed of light.

Therefore, even the Wandering Blue Star that is ten light years away might be affected, so for the safety of the Wandering Blue Star, it had no choice but to move.

Even the Origa 6 sphere, which was almost under construction, was forced to abandon.

As for why the unmanned spacecraft equipped with a miniature black hole was not evacuated, I am really sorry.

In order to better study the gravity furnace and micro black holes, the unmanned spacecraft has been dismantled and only the gravity furnace is left.

After further research on the micro black hole of the gravity furnace, it was discovered that this thing could not be stopped. Once it was stopped, a black hole would explode, and the power was not small. It was much greater than originally estimated, no less than a supernova explosion, and even more powerful.

Therefore, when it is impossible to reassemble the unmanned spacecraft in a short time, for the safety of the Wandering Blue Planet, or for the safety of the human beings on Planet Origen VI, the only option is to adopt the strategy of moving.

In fact, it would not be a big deal if the high-energy particle flow from the black hole explosion only exploded at a speed close to the speed of light, but the scientists on the wandering blue planet are still afraid of the explosion of the black hole, which may very well not propagate at a speed less than or equal to the speed of light like the Big Bang.

Instead, it propagates at a speed many times faster than the speed of light, just like the Big Bang.

After all, up to now, the universe where Liu Xiu is located is still expanding at a speed exceeding the speed of light!
You should know that in the existing black hole theory, there is very likely to be a singularity at the center of the black hole, so in a sense, the explosion of a black hole is very much like the explosion of the birth of a new universe.

Although astronomers on the Wandering Blue Planet have observed traces left by the black hole explosion, it is hard to say whether the power wave of the black hole explosion will exceed the speed of light.

At least the black hole energy itself can attract light, which to some extent shows that the black hole has the characteristic of superluminal speed.

Of course, the scientists of Wandering Blue Star had the Wandering Blue Star move with the immigrants of Wandering Blue Star on Origa VI, and they had already deduced through theory that the explosion of a black hole is very likely to produce a superluminal shock wave. Because according to the theory, after the black hole explodes, it will definitely produce a strong gravitational wave, and this gravitational wave will distort a certain range of space, thereby producing spatial curvature.

This is somewhat similar to the effect of curvature navigation, and the high-energy particles produced by the black hole explosion riding the curvature formed by gravitational waves are very likely to produce a superluminal effect.

As the Wandering Blue Star migrated directly to a place hundreds of light years away, the physicists on the Wandering Blue Star discussed and came up with two plans for studying black holes.

The first plan is to cancel the energy supply of the gravity furnace, and then let the black hole explode due to the degenerate state of matter without the energy supply of the gravity furnace. By studying the appearance of the matter that explodes when the black hole explodes, we can see whether the smallest unit of matter is a quark, and what else is under the quark.

The second research plan is to continue to provide energy supply to the gravity furnace, and then continue to input matter, so that the mass of the black hole will continue to increase to see where the limit of the black hole is.

There are many benefits to doing this, the most important of which is that they can know how long the life of the Milky Way galaxy they are in will last.

After all, there is a super-large black hole at the center of every galaxy. The purpose of the existence of this black hole is to absorb the stars in the galaxy and make these stars revolve around this black hole.

It is just like the planets such as Jupiter, Saturn, Mercury in the solar system revolve around the sun because of the sun's huge gravitational force.

The giant black hole at the center of the galaxy is actually the same as the sun. The huge gravitational force generated by the huge mass of the black hole maintains the shape of the entire galaxy and ensures that it is not thrown out by the centrifugal force of rotation.

However, the huge black hole at the center of the galaxy is not static. As it absorbs more and more matter, or as it runs longer and longer and consumes more and more energy, its lifespan has a limit.

Once a black hole reaches a certain limit, it will explode, just like the Ophiuchus Cluster, a super large galaxy cluster 390 million light-years away from the Milky Way.

With the explosion of the core black hole of the Ophiuchus galaxy cluster, a super-large vacuum zone was instantly created at the core of this galaxy cluster. The range of this vacuum zone is large enough to accommodate fifteen galaxies.

Therefore, if the black hole at the center of the Milky Way suddenly explodes, the wandering blue star will naturally be buried along with the Milky Way if it is caught off guard.

So when Liu Xiu saw the second plan provided by the scientists from the Wandering Blue Planet, he agreed without thinking.

After all, compared to the first plan, the second plan is naturally more meaningful. What's more, the first plan can actually be used to build a new gravity furnace to cultivate black holes.

After all, according to the operating data of the gravity furnace on the unmanned spacecraft, after the gravity furnace was started, at the beginning, it was not a black hole, but a mass of matter similar to a white dwarf was formed inside the gravity furnace. Under the gravity provided by the gravity furnace, the matter inside the gravity furnace became the electron degenerate state on the white dwarf.

Later, as the gravitational force of the gravity furnace increased, the electron degenerate state was destroyed, the atomic nuclei were crushed, the electrons were squeezed into protons, and then turned into neutrons, thus changing the matter of the white dwarf into the matter of the neutron star.

Later, the neutrons are crushed and then become quarks. After that, they cannot be observed anymore and we don’t know what form the matter inside has been crushed into.

Of course, in the second research plan, the shape into which it is crushed is not important.

(End of this chapter)