Absolute Wizard

Dr. Kento carefully peeled off the sea crab's shell.

Profit.

As his flesh was torn out, his intestines soon appeared.

But the intestines were all rotten.

The corruption seems to have progressed.

But soon there was more than one thing.

6724Bq/kg (Becquerel)

Radiation went up to 6,724 Beckrel.

That crab had higher internal radioactivity.

He frowns and pulls out the rotten intestines inside.

Little by little. I was careful.

Toa opens a few more holes next to you.

When I reveal my innards that are stretched out like flesh, I see a shell.

Doctor, it's a little strange. How can your guts rot so fast?)

(Well, I don't know about that.)

This time, I used a sharp clamp to cut the area.

The gap slowly spread.

Nothing special.

It was all I could find now. He soon gave up and carefully took out his intestinal debris in the beaker.

* * *

“What do you think?”

“Something's not right. ”

It was a disgraceful voice.

Toa went to the electron microscope lens and looked at it.

Cells that you thought were dead.

But it wasn't.

The cells were surprisingly not yet dead.

I kept stumbling and stumbling.

But the problem is that the tissue has been completely destroyed.

Therefore, when the nutrients were not supplied, it was slowly drying out from the outside.

But it was very slow.

From these results, it seemed like two or three months were still alive.

This was not important.

It was important that the cells were still alive.

“What's going on? ”

Dr. Kento is in a state of concern and quickly shakes his head.

“I don't know. But one thing's for sure. ”

“Like what? ”

He gestures to point to the radiation readings on the wall.

9724Bq/kg (Becquerel)

“Radiation levels are rising! ”

“What the heck……"

It was a difficult outcome to understand.

However, they soon summarized the results so far and reported them to their superiors.

Of course, this was immediately communicated to Jo Min-woo in Raincomb.

Put a sample in there as well...

* * *

The risk of radiation is not overemphasized.

Everybody knows why.

It changes the DNA ring.

It can also break existing loops.

It can even increase.

Every living thing on Earth shares the same DNA ring at some point in time, and in many species, only a tiny fraction of it is different from human DNA.

In that sense, the risk of radioactivity affecting the DNA ring is not overstated.

Jo Min-woo was well aware of this. He has even more outstanding artificial intelligence such as Emma. I used it to run a DNA test on a sample I received right away.

There are many limitations on M satellites.

But on the ground, it's different.

There are already dozens of supercomputers built here.

I turned it around as much as I could to get into the DNA analysis of this monster crab.

Of course, the existing comparative DNA was stolen from data previously investigated by other institutions.

‘I think you'll understand. ’

In fact, both data usually take at least two months at the institution.

But he was different.

After receiving it, I could see the results within a week.

One side was the existing crab DNA.

The other was the crab DNA that appears to be contaminated with radiation.

The two branches were checked as if they were playing harmony with each other, comparing one by one.

The forepart was almost identical.

But when I went back, the wrong part came out.

It was not one or two parts.

The surprising thing was that it was cut out like a knife.

However, it was closely connected.

“What is this? ”

“Right now, the results suggest damage to the DNA. ”

“Damage? So the guy with the crab's DNA is the crab's DNA? You're not saying that's what caused it to grow so rapidly? ”

“But it's true. ”

“Huh, does that make sense? ”

“Chances are it's about 0.00000000001%. ”

“Can't you just tell me? ”

“Well, if you put it that way, you're lucky as a lottery ticket. ”

“It doesn't make any sense after all. ”

“Yes, this is intentional at the moment. We just don't know how it only affected that area. No, even if I did, it would take a long time to make monster crabs that way. ”

“Hmm.”

* * *

Cho Min-woo realized something was strange. At the moment, the DNA analysis of the monster crab shows that it can't be done overnight.

But here comes a question.

Similar studies have also been carried out for Monster X.

There were two bizarre matches.

‘Seo, you're not researching something in the Japanese government, are you? ’

Soon, I shook my head.

This time, the thought of death weighed a thousand people down.

It was hard for Japan to see such a catastrophe.

Even when I thought about it, it was hard to find the answer.

But he soon came to a conclusion.

We need to hurry up the damn M2 satellite. ’

* * *

Motivation is very important in everything.

Without it, there's no reason to focus on it right now.

Maybe the next day, if you don't develop a cure for the infected virus, you die.

So what happens to the developer?

Researching to die.

Cho Min-woo was also no different.

So far, he has played a lot.

But that wasn't the case.

Soon he focused on developing satellite CPUs, namely M S (satellite) CPUs.

What is the most important satellite CPU?

Maybe a lot of things come out.

The most basic thing is performance.

This is the basis of the M2 satellite that we're developing.

Given the weight, it was more important to mount a more powerful supercomputer.

I had to see it that way.

Now, can we just say that performance is good?

That's not true.

When you go outside the Earth, you really come into contact with a powerful cosmic radioactivity.

Life dies immediately.

The computer was no different either.

Intense cosmic radioactivity also includes radio waves.

If it stays small, it takes a big hit.

In fact, if you look closely at the M satellite, there's a lot of damage.

It's because he wrote a CPU that didn't take into account this part.

However, it was not possible to use the CPU used by the existing satellites.

Difference in performance.

In other words, conventional commercial satellites use two CPUs.

This limits performance to some extent.

A more powerful CPU was vulnerable to cosmic radiation.

It is better to have low performance than to stretch around.

that's why CPUs such as i80386 are used briefly.

Jo Min-woo has also recently learned about this through satellite engineers in the United States and Japan.

In light of that, he was sold out to M SCPU.

‘Should we combine several low-performance CPUs? ’

This was a bit of a problem.

Such a method was difficult to manage later because the structure was complex.

Just M satellite.

Several backup devices were placed in case.

But later, it worked as a limitation.

When the intermediate phase breaks down, there are parts that cannot be operated at all.

‘There was definitely something like that. This is so frustrating. ’

* * *

Even Cho Min-woo didn't think it was easy from the beginning.

However, the more I repeatedly studied, the more difficult it was.

The reason was much simpler than I thought.

The CPU used in Raincomb was fundamentally different in many ways from the common CPU.

So, given that, we should develop a new one from scratch.

Therefore, we need to review every day the problems that arise when using existing CPUs.

Taking that into account, there are a few problems.

‘Fairness is also a problem. The latest M CPU is a 0.8um process, right? ’

It was a real problem.

I thought my head would explode because I had so much to worry about.

But he suddenly felt that this was not it.

If the process becomes too small, it becomes a problem.

Rather, it was preferable to use the existing process as is.

The problem was here.

Using existing processes, there was a limit to speed up.

The same was true with the use of multiple CPUs.

But one of these came to mind.

It was a city.

The city was somewhat composed of a combination of skyscrapers.

With the ground narrow, it is a structure that rises to the top.

If so, the CPU was not likely to be able to do the same.

It was a way to increase CPU thickness.

This was available as a traditional commercial CPU.

If there is a problem, it is the performance and the process.

This was the part where I thought it was possible.

Immediately, I brought together relevant technicians to discuss this.

I know, but the traditional M7 CPU is a way of stacking up the layers.

However, the height was not high.

Is it possible to build layers by varying their heights?

Furthermore, each CPU core should be able to use the existing OS as is.

However, each CPU core uses a completely independent method to take the existing supercomputer logic.

Your opinion of this is.

“It's quite possible. It has to be the same as conventional supercomputer logic. And that means that this new CPU has more traditional supercomputer capabilities than some special capabilities. ”

“Crafting?”

“Fabrication is also possible. But the unit price goes up quite a lot. Commercial sales are going to be tough. ”

“It doesn't matter. This CPU will be used primarily for satellites and worse environments anyway. ”

“I understand.”

Chapter 9 DNA

All developments, however, are quite important with a basic large skeleton.

If you don't have it, every engineer knows you have to shovel it.

M SCPU development is no different.

If a new concept has been introduced from an existing M CPU, it is very difficult to develop. But this was a way of changing the process, taking the existing structure.

Furthermore, all you need to do is connect each CPU.

However, if there was a problem, it was thickness.

I couldn't get it up there. Experienced with the existing M CPU7 method, yieldingly possible height was approximately 10 floors.

This was done right away.

It didn't take more than three weeks for prototypes to come out.

OS here was simpler than I thought

Each CPU will use an ID in a separate manner.

All you have to do is update the kernel to distinguish this part. Each CPU then operates in an independent form.

Of course, the part that communicates takes the traditional supercomputer algorithm and changes it.

And the result of that.

Oh, Doctor. I feel great. >

< Emma, how do you feel? >

< Very good. My head is alive and well. I think it's much better than traditional computers. Oh, that's right. I think it's because the section of the bottle is gone. >

< What does that mean? >

< I move a lot. It seems that M satellites, control stations, and even ground servers are frequently bounced back and forth, and the performance of the server with the main body is greatly affected. >

Simply put, traditional supercomputers are in some ways the way that multiple processes operate in parallel. Not all processes are together here. There are some things that are separate from each other.

Even together, it is the same. The speed at which communication is consumed is very large compared to the speed at which it operates within the same CPU.

Therefore, if we move around because of this, the waste in between is severe.

That's what Emma said.

But what happens when it's in one package?

There is almost no waste when using shared memory.

In other words, we can reduce all of the time wasted.

So it looks like it's 56 times faster than this.

I can't tell you how much performance has improved over time.

In other words, the more optimized Emma's AI was for the system, the faster her judgment was.

It was an unexpected result.

“This is bad luck, too. ”

“Hahaha, no. That's just because you're good at it. ”

“Huh? Do you know how to play? ”

“Of course. I've had quite an experience, haven't I? ”

“Oh.”

Interesting result.

Emma seems to have grown another level.

I don't know later, but now it was preferable.

I asked you a question just in case.

“So what do you think of the monster crab? ”

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