Celestial body

Chapter 131 The Ideal Target of Collision

As Lin Lingshan said, it is not impossible.

But Lin Lingqi's thinking is completely opposite - can gobble up many galaxies with great fanfare, so why are you afraid of opponents in other super galaxy clusters?
If there is, it is impossible for the opponent to sit back and watch the giant source grow so wildly and ignore it, right?

On the contrary, the actions of the giant attractor are more like the invaders of the Laniakea superstar cluster!
If it was really born here, how could it destroy everything by any means?
Even Lin Lingqi, who is a black hole, when devouring matter to grow, is also based on the attitude of resource regeneration and reuse, and will never take the initiative to swallow any nebula cluster that hatches stars!
If this conjecture is true, then the giant attractor as the invader will not allow any potentially threatening existence to appear in the Laniakea supercluster of galaxies!

That's why he acted so cautiously, never thought that Lin Lingshan would make fun of him.
But her other point of view—about the fact that the Empress of Time and Space will not be noticed by the Great Attractor because she is extremely weak, after a little thought, he reluctantly agrees with this point of view.

After all, the Empress of Time and Space cannot be observed at all, and must be detected with consciousness.

In addition, Lin Lingshan has only merged with her a small part of consciousness, and she is also parasitic on the accretion disk. As long as Lin Lingqi herself is not discovered, it is impossible for the Empress of Time and Space to be discovered in advance.

Thinking of this, he laughed at himself again.

The giant attractor is too far away, there is no need to argue with Lin Lingshan about it, so I immediately fell silent.
Finding that Lin Lingqi, who was persuaded, stopped talking, Lin Lingshan, who was complacent, felt a little sorry, but she didn't know what to say to comfort her, so she simply continued to study the matter of the quantum transmission base station.

In the following time, except for manipulating gravity to make those stars collide one after another, Lin Lingqi always hid in this cloud of dust and gas.

With the gradual expansion of the three constant photon layers, there are fewer and fewer giant stars that can collide.

6100年5月5日8时32分。

整整100年的时间里，总计480颗巨恒星不紧不慢的全部完成碰撞，共生成微型黑洞58个、小型黑洞10个、中子星52颗、白矮星110颗。

In addition, 20 giant stars inexplicably exploded to form nebula wreckage
This is already the best result he has achieved after working hard to adjust and carefully balance!
The "Photon Consciousness Network" calculates a relatively ideal result. If there is no error of more than 40%, all the celestial bodies produced by these collisions can eventually generate 2 medium-sized black holes!
6150年3月2日10时57分。

As the last two small black holes swallowed each other and successfully advanced, another medium-sized black hole was successfully produced.

Including the medium-sized black holes that were directly knocked out at the beginning, Lin Lingqi now has a total of 3 medium-sized black holes.

At this point, his highly tense mind was only slightly relaxed, and only then did he realize that due to being too focused, his mental consciousness was extremely exhausted!
Fortunately, there have been no accidents in these years of careful operation.

After a short rest, he also hid the three medium-sized black holes in the dust and gas cluster, but when he checked the property bar, he suddenly found an important problem that was seriously missed:
His mass at this time has reached the standard mass of 0.7 + 0.7, and the released core gravity can pull these three medium-sized black holes together even if they do not change the attributes of the four phenomena!
Doesn't this prove that his mass is higher than these three medium-sized black holes?

Even if it has two singularity cores, and has reached the advanced level of a small black hole, at most it can be close to the mass of two newborn medium-sized black holes, how can it be heavier than their sum?
Perhaps, the gravitational strength of the Liangyi black hole cannot be calculated simply by 1+1=2, but when he is struggling to pull, shouldn't he take the initiative to fly towards the three medium-sized black holes?

Moreover, over the past few thousand years, as his rate of assimilation has not only increased, the number of stars he has swallowed has already reached millions!

Regardless of whether the mass is conserved or not, in fact, it is far more than the sum of the total mass of the giant stars that form the three medium-sized black holes!
Is it a misunderstanding?
He immediately converted the "Photon Consciousness Network", and listed all his own attributes and standard quality as necessary conditions, and gave instructions to start modeling and calculate the final collision result.

Soon, he got an answer in his consciousness that he could only smile wryly—the modeling calculation is not valid, and the necessary conditions for input are wrong!

mistake?

This is the conclusion of the "automatic error correction mechanism"?

But this is reality
In the countdown, there are still about 9350 years left to be promoted to the top-level small black hole, and the required number of ordinary stars that are continuously swallowed and assimilated is about 3500 million to 4000 million!

This time and quantity are relatively accurate, the key is that at the beginning of the calculation, he also listed the 4 times the demand he found out as a necessary condition.

In any case, if you want to complete the final impact of the promotion breakthrough, the black hole you need to impact can only be of greater mass than him, and must not be of lower mass!

Even if these three "standard" medium-sized black holes are swallowed and fused with each other, and even a "standard" large-scale black hole may be generated, I am afraid that it is far from meeting his requirements!
Perhaps, the extremely close "standard quality" is the selection criterion for the best impact object?
But as the quality becomes larger and larger, any small error will be magnified thousands of times!

Just like the standard mass of only 0.1 at this time, it also represents at least millions or even nearly ten million stars!
“Look for something with similar quality”

He thought carefully for a long time, and secretly made a decision, "As long as the mass is similar to that of the top-level small black hole, there is no need to take any more risks!"

Making this decision also meant that he had to leave the hidden dust and gas clusters and run around in the Large Magellanic Cloud in search of stars.

Although there are nearly [-] billion stars in the Large Magellanic Cloud, these stars are relatively small in size and mass. Even if they collide first and merge into medium-sized black holes, it will take an extremely long time!

Since then, Lin Lingqi, who had only been hiding for 150 years, suddenly jumped out of the dust and gas cluster, and kept searching for stars in the Large Magellanic Cloud.

This made Lin Lingshan, who had been silent for a long time, very relieved—he finally figured it out!Finally decided to let go of all worries and accelerate growth?
In other words, although this cloud of dust and gas is large enough, it is indeed quite stuffy.
6500年4月1日11时17分。

There are still about 9000 years left before being promoted to the top small ambiguous black hole.

Lin Lingqi, who has been running around for 350 years, can finally rest.

Over the years, all the stars with a diameter of more than 600 million kilometers in the Large Magellanic Cloud have been found by him and placed in the R136 supercluster, with a total of about 2.5 million stars!

Such a terrible workload, but with his perseverance and continuous persistence, he finished it bit by bit!
(End of this chapter)