The internal space created by this unknown silicon-based civilization inside this neutron star is not very large, but you must know that the diameter of an entire neutron star is only twenty kilometers.
The weird wall disappears, and the neutron star material collapses instantly. The speed of their collapse is extremely close to the speed of light. Their extremely huge mass and extremely fast speed allow them to carry extremely large kinetic energy. After the impact, they rebound.
This is a mechanism similar to a supernova explosion. A supernova explosion occurs when the core of a star suddenly loses support, and the external stellar material collapses, impacts, and rebounds, eventually blowing up the entire star. Now, this scene is repeated on this neutron star.
Already.
The force rebounded by the impact spread to the entire neutron star, but unfortunately, the force rebounded by this collision was not enough to allow the material on the neutron star to obtain an initial velocity sufficient to escape the gravitational field of the neutron star, so this neutron star did not
It was completely blown to pieces and fell into instability.
Inside the neutron star, earth-shaking changes are taking place. On the outside, the intensity of radiation in various wavebands increases again.
When we were on the earth, someone once studied a very interesting topic, that is, if we ignore the short lifespan of a micro black hole, that is, assuming that a micro black hole can exist long enough, when it encounters the earth
, in what mode will it swallow the earth whole?
The result of the research is that when this black hole encounters the earth, since the overall gravity of the earth is stronger than the gravity of the black hole, the black hole will first revolve around the earth and then fall into the earth.
, and eventually settles to the core of the earth. Due to inertia, it will not stay stable in the center of the earth. Instead, it will continue to move, and in the process of movement, it will continue to swallow up the earth's material. It is like a
The mouse burrowed into the cheese and ate the entire cheese from the inside.
Of course, in reality, planet collapse and various radiation issues still need to be considered, but that's basically it. Now, in the process of the encounter between the neutron star and the white dwarf, this scene has been reproduced.
The volume of a white dwarf star is relatively large. It has a volume about the size of the Earth, but the volume of a neutron star is very small. The comparison of its volume with that of a white dwarf star is like the comparison of half a sesame seed with a large millstone. The density of a neutron star is
It is much denser than the white dwarf, so at the moment of encounter, it drilled directly into the white dwarf, leaving a huge cave on the white dwarf.
This cave leads directly from the surface of the white dwarf to the center of the white dwarf. The material that originally occupied this cave has been swallowed up by the neutron star at this moment, and has been transformed from the white dwarf star material into the neutron star material. The consequence of the increase in density is that the volume shrinks, so
A cave like this appeared.
The next moment, under the influence of the white dwarf's own gravity, the cave quickly disappeared, sealing off the neutron star's retreat. But the neutron star's devouring action would not stop. It was in the core of the white dwarf, devouring it.
It absorbs the material of the white dwarf star and converts the mass of the white dwarf star into its own mass. This is like a ferocious mouse running into the center of a huge piece of cheese. It is constantly biting the mass of the cheese from the inside.
This is a very intense collision process. The moment the neutron star meets the white dwarf material, the huge energy burst out by the collision completely changes the material structure here. In these few moments, a series of
Unspeakable complex material changes occurred. Some materials were changed directly from the atomic nucleus level, and they became various metal elements. Among them, there were gold, silver, platinum, radium, uranium, mercury...
…At this moment, all the elements on the periodic table were created, whether they were light elements before iron or heavy elements after iron.
The fusion mechanism inside the star can only fuse iron and elements before iron. After the fusion of iron, the end of the star has come. What will greet it will be a supernova explosion. A supernova explosion can be regarded as death, or it can be regarded as death.
It is creation, because only in supernova explosions, heavy elements after iron can be created. It is for this reason that iron and previous elements are relatively abundant in the universe.
This is also very obvious on the earth. Why are the elements at the back of the periodic table less abundant? Why are the reserves of silver elements so much less than iron elements, but more than gold elements?
so many?
The reason is simple, because silver is heavier than iron and lighter than gold. Because it is very easy to make iron in the universe, there is a lot of iron. It is relatively difficult to make gold and silver, so they are rare.
A violent event such as the collision between a neutron star and a white dwarf star undoubtedly meets the standards for the production of heavy elements. Therefore, at the moment of the collision, all elements are produced, including those on the periodic table of elements, and none
, all were created. And because of the huge energy brought by the collision, they gained enough initial velocity to escape this huge gravitational field, so they splashed out from the collision point and flew to
The universe has participated in the slow evolution of the universe. Maybe the gold produced in this collision will be taken by a creature in a primary civilization to exchange for some food it needs.
, and some of the uranium produced in this impact will be used by some scientists of this primary civilization to make atomic bombs...
In this collision, some extremely heavy elements were created. These extremely heavy elements could not exist stably, so in a very short time after being thrown out, they lost their composition.
Some protons or neutrons in the nucleus eventually decay into other elements.
Accompanying the thrown matter leaving these two stars is extremely intense radiation, which is also the most terrifying disaster in the universe, the gamma ray burst.
In addition to these, there are also extremely strong bursts of visible light. At this moment, these two stars released more intense light than the explosion of the main star in the capital galaxy of the Merian civilization. Under the light pressure of these lights
, Xiao Yu saw a shocking phenomenon.
The planet that he used as a shield was actually pushed out of its current orbit by the light pressure and began to move backward. Fortunately, Xiao Yu reacted quickly enough and immediately controlled his fleet to follow the movement of the planet.
was hit directly.
Xiao Yu once again witnessed the powerful power of a cosmic disaster. If it weren't for this planet as a shield, he would have died long ago. Even the four protective shields could not block such a violent energy explosion.
Although the energy of a gamma ray burst is powerful, it can only last for a short time. Basically, it only lasts for about three seconds when the impact just occurs, and then continues to rush into the void at the speed of light.
. During the long propagation journey, it will gradually lose its energy, but it is certain that even if it is billions of light years away from here, after the energy of this gamma ray burst arrives, it can
was clearly observed.
The energy of gamma ray bursts is mainly emitted along the magnetic poles at both ends of the neutron star, where the energy is the strongest. If there is a biological planet in the direction where the two magnetic poles are exactly facing, even if the distance is
Thousands of light years away, those creatures will be killed without any accident. The energy of gamma ray bursts in the direction of non-magnetic poles is smaller, but it is enough to kill any unprotected creature within a distance of tens of light years.
life.
Xiao Yu naturally avoided the direction of the magnetic pole, but even so, the planet that he acted as a shield also received extremely serious damage. Xiao Yu could not describe the specific mechanism of these damages in detail, because the white dwarf star collided with the neutron star
There are still many things that Xiao Yu has not yet understood about such an extreme event. Xiao Yu only knows that the planet in front of him is being baptized by violent energy. On this planet, there are frequent earthquakes, cross-flow of magma, and intense mountain building.
Movement has almost completely changed the planet's landscape.
The collision process is still not over. The neutron star has arrived inside the white dwarf star and is eating away at the material of the white dwarf star from the inside. Without enough material support, the overall structure of the white dwarf star is collapsing, and its volume is rapidly increasing.
Shrink. It's like a piece of fluffy bread being squeezed hard by a big hand.
The difference is that the force that squeezes the bread comes from the outside, while the force that shrinks the white dwarf comes from the inside. The collapse of matter means that they will fall onto the neutron star, which means that collisions will still occur and there will be strong
Energy is released.
This energy is very strong, but most of it is confined inside the star and has not completely exploded. Even so, a little bit of energy leaked out is enough to change the color of the world.
Xiao Yu knew that something terrible was happening inside the white dwarf star. Xiao Yu had already predicted the outcome of this matter. Xiao Yu knew that the final creation should have been formed at this moment. If he had not made a mistake in his estimation, then
The neutron star should have disappeared by this time.
Instead, it should be a black hole. A black hole is enough to swallow everything. Once it enters, it cannot come out. The most terrifying black hole in the universe is currently hidden inside the white dwarf star, and is rapidly increasing its mass.
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