C13 13

Even if the result is the same, which is not conclusive, many other simulations must be performed before reaching a good conclusion on the subject, even if that was it, but there are already good clues in the study about what will happen.

While this information is useful for understanding the dynamics of evolution of star systems in galaxies, even so the end of each galaxy was approaching.

Where every end of the world being a predictable, no-return event was fatal, where it has the potential to harm or extinguish humanity and/or any other life on planet Earth, just as it has with all other galaxies.

Among the potential global catastrophic risks are, among others, hostile artificial intelligence, nanotechnology weapons, climate change, nuclear war and pandemics.

Even initially, researchers hired by the richest had difficulty studying human extinction directly, since something like this never happened.

While this does not mean that human extinction will not happen in the future, creating existential risk models is complex, in part due to survival bias.

The priests of Um-Mu were according to astronomers, Earth is expected to last for at least another 5 billion (5 × 109) years before the sun becomes a red giant.

Because due to the loss of mass from the sun, the Earth will leave its orbit, moving away from it, when it left the orbit, which caused the seas to create tsunamis, countries were taken to be swallowed by the oceans.

When the immense heat evaporated the oceans, turning the Earth into a dusty desert, much like the planet Mars, but with a climate similar to that of Venus.

The sun's demise will later turn into a white dwarf, unable to provide the minimal amount of heat needed to sustain life.

Following the timeline of the life of the Sun, which spawned the end of Earth, which others said, those who survived, was that the atmosphere will lose its water vapor within 1.1 billion (1.1 × 109) of years, because the sun will become 10% hotter, and that the oceans will evaporate within 3.5 billion (3.5 × 109) of years, when the sun is 40% hotter.

At 3.5 billion (3.5 × 109) years, the Andromeda galaxy when it collided with the Milky Way, which was not only disrupting some solar systems, which many scientists, however, believed that the solar system did not escaped unscathed, in reality on each of the planets had a catastrophic end for those who stayed.

Which although there is a chance that it will be ejected from the merging of the two galaxies, following in many scenarios it is agreed that the ultimate fate of the Universe would subsequently destroy Earth, which occurred in each reality.

That's how they came about with stellar rock fragments, what they did with Earth asteroids, just the same.

That the asteroids of Ausonia appeared, which were fragments of other planets that were either swallowed, spit out or disintegrated, in the midst of disorders caused by the approach of a sun, or leaving its axis.

Following the end of the sun when each star beyond the sun then formed into black holes.

These are celestial bodies formed by an enormous amount of matter, in a space smaller than a single atom, thanks to an intense gravitational attraction, so that not even light escapes from their interior.

When black holes were theoretically predicted as a mere solution to the equations of general relativity, however, recent observations have allowed us to discover a lot about these incredible celestial bodies.

Black holes are the result of some celestial body, like any star, like any sun, which has undergone a major gravitational collapse.

Since these celestial bodies can have very different sizes, ranging from a few meters to kilometers, their masses can be millions of times larger than that of the Sun.

Besides these cannibal stars that eat planets and alternate versions, only the researchers stayed to report, but they were rich and were chosen by other rich to be converted and be part of Um-Mu's organization, being recruited, as they were part of the galactic forces , in addition to being part of the group of researchers of celestial bodies.

Even though black holes distort space with their immense gravity, this causes light traveling in their vicinity to be deflected towards them, giving rise to phenomena like the gravitational lens.

Unlike what many people think, black holes do not suck all the matter around them, for that to happen, a minimum distance known as the event horizon is needed.

Since any portion of matter or even a ray of light enters the event horizon of a black hole, they will be attracted, by an intense gravitational field, towards the center of the black hole, in a region known as singularity.

In the midst of this artistic conception of what a black hole should look like, thanks to the gravitational effects it causes on light, in that artistic conception of what a black hole should look like.

In which thanks to the gravitational effects it causes on light, eating and pulling like a vacuum.

Theoretically, it is not possible to observe anything beyond the event horizon of a black hole, since the escape velocity in this region is higher than the speed of light itself, so what makes detecting a black hole possible is the presence of accretion disks.

When accretion disks are formed from gases absorbed by the black hole, when accelerated, the gas particles emit detectable radiation until they enter the event horizon.

Knowing that saying that nothing escapes a black hole is wrong, the pieces of rock that was once a planet being sucked into its interior, which according to studies by the physicist using the knowledge of English Stephen Hawking.

In which the process of knowing that black holes emit thermal radiation due to quantum effects, and this radiation became known as Hawking radiation.

Thus occurring, when black holes appear to be the final stage in the life of supermassive stars. When they reach their last billions of years of life, all the fuel of supermassive stars becomes scarce, so gravitational forces tend to compress it more and more.

This was happening during this compaction, known as gravitational collapse, the star's core starts to heat up more and more, thus starting to fuse heavier and heavier elements, such as carbon and iron.

The facts are simple, chunks of rock that are spit out of the formation despite the gravity of what was once a planet or star like the sun.

In the midst of pulling what could be sucked, it expels parts of its nuclei as a belch, with that, the asteroids are thrown around, at great speed, as that was how the asteroid Ausonia appeared.

At this point, the star's core becomes unstable and undergoes a violent expansion, it expels, throws around, rocks, asteroids, and its circles of asteroids that are flying around, due to the inverted gravitational force.

Occurring before pulling everything into its center in its formation, when it is hurling all the outer matter from the star at speeds close to the speed of light, this process is known as a supernova.