Celestial body

Chapter 76 Modeling Computation
three days later.

"Hope" that took out a ball of colored light from itself finally stopped fiddling, and put the ball of "colored light" aside.
three days later.
"Hope" who took out another ball of colored light from his body stopped working again, and put this ball of "colored light" aside.
A full month passed.

Lin Lingqi, who was about to devour the mineral planet, finally heard the heavy sigh of "Hope"!
no system prompt
Could it be that "hope" failed?

Lin Lingqi just wanted to say a few words of comfort, after all this month, "Hope" has not been idle for a moment
Unexpectedly, "Hope" suddenly smiled: "Next, it's time to witness a miracle!"

I go!

This kid is still so flamboyant.
[Discover Logical Computer (Intermediate), has been included in the skill column! 】

Skill [-]: Logical computer (intermediate level), which is developed according to the development law of points, lines, and planes in the time dimension, and belongs to the intermediate-level array-type enhanced product.

Conventional calculation speed: 30.01 billion times per second, 100% accuracy
Logical calculation ability: measure the time node event before and after 30 days, the accuracy rate is 30%
Manipulation time: unlimited
Cooldown: none
Special conditions: Due to the special construction, the use of huge logical calculations needs to consume the equivalent of chaotic particles. The current galaxy content is extremely low. It is recommended to use it at most once every three years, otherwise the logical calculation ability will be lost!

30% accuracy?
you can!

Even if it is used once every three years, it is not bad!

just
He sighed just now, because the calculation speed couldn't break through?

Why are you bawling.
"How about it?"

After assembling the middle-level logic computer on the ordinary photon layer in the middle, "Hope" showed off a little guilty, "Although the calculation speed is almost meaningless, this is an array-type 'photonic computer'!
In terms of modeling computing power alone, it is already ten times the computing limit of the previous single-core ten-thread processor! "

"Not bad, it's really good!"

Hearing Lin Lingqi's praise from the heart, "Hope" was completely relieved, and volunteered: "Let me build the photon clock too!"

"You take a break first and then go to recover, I can handle this little thing myself!"

"Okay, this obsolete processor is put here, in case of emergency."

"Hope" left as soon as he finished speaking. It can be seen that building an intermediate logic computer is not a small burden for him.

Lin Lingqi disguised herself as a mineral planet again, and just jumped out of the Crab Nebula. After thinking about it, she suddenly gave a strange order: Modeling and calculation, use Neptune to build a weapon that can attack at superluminal speed!

"Instructions received! Modeling calculations in progress."

This instruction was just an unrealistic idea of ​​his. Although the Neptune compressed into a small iron ball is useless, it is the only souvenir of the original solar system.

Not to mention an intermediate logic computer without any high-tech knowledge reserve, even he doesn't know how to turn waste into treasure, but it is perfect for testing the modeling and calculation capabilities of logic computers!
一口气吞掉3000颗矿物星球，忍着阵阵胀痛的林凌柒熟门熟路的将光子钟重新搭建起来，并按照淘汰下来的处理器记载的时间，将光子钟调整为00百万年000030年8月20日9时35分。

"The modeling and calculations are complete, and Neptune cannot be transformed into a superlight attack weapon!"

It takes only 30 seconds!
This is not an answer randomly given by an intermediate logic computer, but the result of tens of billions of modeling calculations.

"Hope" is right, the modeling and computing power is indeed more than ten times higher than that of the previous rudimentary logic computer!
Thinking that the system determined that the accuracy of the logic computer was 100%, Lin Lingqi was very satisfied, but also felt a little regretful. It seems that Neptune can only be used as a collectible in the future.
"Modeling calculations: the best solution to create small black holes using white dwarf collisions!"

Lin Lingqi has reached the level of an advanced miniature black hole, and is only one step away from a top-level breakthrough!
Right now there are still more than half of the mineral planets, and a breakthrough is a sure thing.

Considering the existence of two singularity cores at the same time, he was worried that ordinary miniature black holes would not be of sufficient level, and small black holes would be as hard to find as a needle in a haystack, so he formally issued the order for modeling and calculation!

"Instructions received! Modeling calculations in progress."

From two white dwarfs colliding to three, four.
On the ordinary photon layer, la supernova explosions, stars, and neutron stars appear in sequence
It's a pity that there was no black hole directly produced by the collision of white dwarfs until the end, but a neutron star produced by the collision of white dwarfs, and a tiny black hole produced by the collision again!
As the logic computer continues to model and calculate, the most effective and safest solution is finally obtained:

It takes ten groups of 20 white dwarfs of the same size to collide simultaneously to produce ten neutron stars, and then use ten neutron stars to collide with each other to form a relatively stable small black hole!
In short, at least 200 white dwarfs of the same size are required to have a 35% probability of colliding into a small black hole!
Moreover, the closer the white dwarfs involved in the collision, the higher the success rate, but it still cannot break through the 50% probability!
This matter still depends on luck!
If it is not possible, only supergiant stars can be considered.
Today, Lin Lingqi, who can directly jump out of 20 light-years, no longer needs to rely on wormholes built by white dwarfs for medium and long-distance jumps.

Since he has exactly 2000 white dwarfs in his hand, he doesn't believe that he can't succeed even after 10 chances!

Having said that, if they can survive three years in peace, who knows when the giant spirits who also have the ability to calculate logically but cannot be calculated logically will appear?
Finally, after giving the instruction to the logic computer to "simulate the design of ultra-distance telescopes", Lin Lingqi, who did not hold much hope, first built 12 ordinary photon telescopes, and then jumped away with 50 white dwarfs hidden in the dusty gas.
After 10 days.

Located in the vacuum zone between the Perseus Arm and the Small Magellanic Cloud, 20 white dwarfs, pulled by extraordinary gravitational chains, collided together at the same time!
Unlike stellar collisions that throw out a lot of light, heat, matter, etc., these white dwarfs only throw out 15% of the matter, and then form a gleaming white neutron star in the rapid collapse!
Lin Lingqi, who dismantled all the medium and large wormholes and took back all the white dwarfs, did not expect to get a neutron star in the first collision, which is a good sign!

It's a pity that when he pulled the 20 carefully selected white dwarfs to collide for the second time, for some reason, the white dwarfs that collided together exploded directly!
Except for a pile of heavy metals such as gold and diamonds, nothing was left behind.
Distressed for three seconds!

Lin Lingqi tried to relax as much as possible, and continued to collide unswervingly, but unexpectedly got a star!
carry on
Stellar again?

Come again
Distressed for three seconds!

I go!

Finally got another neutron star
In a blink of an eye, 400 white dwarfs were consumed, but only 3 neutron stars were obtained!

This probability is not even 10%, no wonder white dwarfs are garbage.
(End of this chapter)