Road to science and technology

Although the black hole with a mass of two million times that of the sun was created by the large nebula cluster, he made some adjustments based on the data of the large universe.

For example, this big black hole is rotating, and the direction of the rotation axis, angular momentum, etc. are all carefully set by him.

But you can't tell it yet because it's still quiet.

If you don’t explode in silence, you will perish in silence!

But what is about to happen to this black hole is not an explosion, nor is it death. Not to mention explosion, which is not a word that can be used to describe a black hole.

The first star finally dives headlong into the black hole.

When the large nebula cluster deliberately adjusted the speed of material change, the quiet black hole changed at this moment, the star was torn apart, and its material was divided into three parts.

Part of it goes around in circles outside the entire black hole event horizon, and a huge accretion disk appears.

Another part is swallowed by the black hole to increase the mass of the black hole, and another part is ejected from the center of the accretion disk in the form of a jet.

Then a seemingly endless stream of stars rush toward the black hole, repeating the actions of the first star. As a result, the jets of this massive black hole became more and more fierce, and the accretion disk became denser.

The originally peaceful black hole completely woke up at this moment.

Immediately, under the constant stream of stars, the black hole was more like adding fuel to the fire, and began to erupt with light that had never appeared in the Milky Way.

According to calculations, the number of stars in the Milky Way is about 100 billion.

The current situation is that the large nebula cluster has thrown all the stars that can materialize in its virtual world into this black hole.

Conservation of energy.

The number of stars that the large nebula cluster can materialize is slightly smaller than the stars contained in his virtual world, but you must know that he can virtualize almost half of the galaxy.

As a result, under the influence of seemingly endless stars, the black hole was finally fully activated.

It devours matter crazily and rapidly increases its mass. After the mass increases, the gravity increases, and then it can swallow matter faster. In this cycle, its jets become stronger and stronger, and its brightness becomes brighter and brighter.

As we all know, the total mass of the Milky Way is about 140 billion times that of the Sun, and the mass of the large nebula cluster is about half the size of the Milky Way.

So under crazy feeding, the mass of this black hole became larger and larger, from two million times the mass of the sun to three million times and four million times.

This is already equivalent to the mass of the black hole at the center of the Milky Way, but it is still increasing in mass crazily.

Five million times the mass of the sun.…

Six million times.…

Seven million times.…

Eight million times.…

Nine million times.…

Ten million times...

When the mass of this black hole increases to 10 million times the mass of the sun, it seems to open the door to a new world.

The strong gravity pulls the stellar material and devours it crazily. The material on the huge accretion disk that rotates at high speed surrounds it at a linear speed close to the speed of light.

On the inside of the accretion disk, close to the event horizon, matter collides with each other as it rapidly falls into the black hole, stimulating endless plasma flows in a manner similar to 'frictional heating', which flows from both vertical sides of the accretion disk. Jet out.

So at this moment, a virtual materialized quasar appeared.

At the moment it was formed, it used its unparalleled light to tell all civilizations in the Milky Way who is the brightest star in the Milky Way!

Quasar was originally a very distant celestial body observed by humans. It is also a high-luminosity celestial body that can be observed at a distance of 10 billion light-years.

A quasar cannot be regarded as a black hole alone, but a combination of a supermassive black hole and its accretion disk jet.

Its core is a black hole with a mass of more than 10 million times that of the sun. Under the gravitational influence of the core black hole, the surrounding material forms a huge accretion disk that rotates at high speed near the black hole, and the inside of the accretion disk is close to the event horizon. , matter falls into the black hole, and at the same time forms a jet accompanied by huge energy radiation. The strong magnetic field constrains these jets so that they can only eject to both ends along the direction of the magnetic axis.

Its brightness is equivalent to one thousand times that of a galaxy composed of one hundred billion stars, which is approximately one thousand times that of the overall brightness of the Milky Way itself, and more than twenty trillion times that of the sun.

It is the most dazzling star in the universe and an ancient behemoth in the universe!

In other words, it's a giant black hole that's feeding like crazy.

In nature, for quasars to maintain their state, small quasars must eat at least the mass of one sun every year. Those particularly bright quasars that can be seen for tens of billions of light-years may even require hundreds or thousands of a sun.

If the Milky Way and Andromeda collide in 4 billion years, then the gravitational disturbance may also give the central black hole the opportunity to swallow a large amount of matter.

Therefore, in the natural universe, there are actually very few such stars because there is simply not that much energy to maintain them. According to speculation, for example, if two galaxies collide or merge with each other, there will be a large amount of matter for them to swallow.

The radiation power of quasars formed in this way can even reach tens of thousands of times the total radiation power of the Milky Way.

And now, under the control of the large nebula group, the magnetic axis direction of this black hole is obviously facing the big black wall of the Shenzhou civilization.

Similarly, under the control of large clouds, the central black hole is still devouring stars, completing this matter at a speed far exceeding that of nature. A feat that originally took nature hundreds of millions of years to complete, he has done so in the data world with extreme speed. Completed in a short time.

As a result, the brightest lightsaber in the universe burst out with a peerless fierce light, and thrust towards the big black wall of the Shenzhou civilization with unparalleled power.

At this moment, all the stars are dim, and the brightness of the remaining half of the Milky Way seems like a dim candle that is extinguished at any time.

The comparison between Yinghuo and Haoyue is no longer enough to describe the difference.

Many years later, its light will be seen by the surviving civilizations in this universe and the Milky Way. By then, the night skies of these civilizations will no longer be filled with stars, and their nights will be no different from the day.

One sword radiates cold across nineteen states, and the sword energy stretches across thirty thousand miles.

If this sentence is used to describe the power of a swordsman's sword, then the lightsaber currently used by Big Nebula can be said to have sword energy stretching across tens of billions of light years.

The Force cannot use such a sharp lightsaber.

This is a cosmic-level confrontation, with the Shenzhou Civilization on one side and the Great Nebula on the other.

The great black wall of the Shenzhou civilization is like a shield spanning 50,000 light-years, while the quasar light of the large nebula cluster is like a lightsaber whose length and width are measured in light-years across the universe.

Faced with such a powerful lightsaber, the first fleet of the Shenzhou Civilization still moved step by step, advancing against the big black wall.

"Let's go back and leave the Milky Way!" Faced with this situation, Race 8472 finally decisively turned the ship around and headed back and forth. The Milky Way was too scary.

Okay, changed it, sorry sorry