American comics: Traveling through Killian, I am the master of technology

But it is no exaggeration to say that the extraction of high-purity enriched uranium has basically blocked the neck of more than 90% of the world's countries that want to manufacture nuclear weapons.

The source of uranium ore is also a problem that needs to be solved. According to the current theory that 200 tons of uranium ore can be used to refine 1 kilogram of enriched uranium, at least 20 tons of uranium ore is required to refine 2000 kilograms of weapons-grade enriched uranium.

There are only a few countries in the world that can export uranium ore. Not only do they need to find it, but they also need to develop it. You must know that it is 2000 tons of uranium ore, and it would take a long time to dig it manually.

Not to mention, the centrifuge used to manufacture nuclear weapons not only has very high technical requirements, but also requires multi-stage series separation.

Tens of thousands of high-performance centrifuges need to rotate 24 hours a day, and it takes a whole year to produce dozens of kilograms of weapons-grade enriched uranium.

In addition, the power consumption of centrifuges is also staggering. Tens of thousands of centrifuges rely on electricity to work. We ordinary people may not imagine how much power centrifuges consume, especially how much power is consumed to manufacture weapons-grade uranium enrichment centrifuges. , can simply be described as terrifying.

From the perspective of power consumption, the gas diffusion method consumes the largest amount of electricity. According to statistics from the United States, in the 60s during the Cold War, 17% of the country’s electrical energy was used to supply gas diffusion nuclear plants. In the mid-60s, the annual power generation of the United States was At 1700 billion kilowatt hours, 17% of the electricity consumption is approximately 290 billion kilowatt hours, which is more than Iran’s current power generation capacity.

Ordinary small countries simply cannot afford this kind of power consumption, so countries have switched to centrifuges with lower power consumption, although the power consumption of centrifuges to produce enriched uranium is only about one-fifth of that of the gas diffusion method.

The difficulty of making an atomic bomb mentioned above is infinitely close to the difficulty of researching artificial intelligence.

It can be said that it is difficult to develop artificial intelligence if the limitations of the times and the hard conditions are not met.

Those who can produce them are all cutting-edge talents in this industry. It is difficult to count just a few of them in the whole world. And he happens to think that the man in front of him, his teacher, the man who single-handedly created the Pym particles, is One of the.

So Darren wants to work with his teachers to develop artificial intelligence. Only in this way will their company usher in more comprehensive development.

"It's a good idea, but I still need to think about how to develop it."

"If you want to create artificial intelligence, this project is not small at all, and it also requires a huge budget. This is a bottomless pit."

"If we are not careful, our company may not be able to survive."

After hearing what his students said, how could Hank Pym, a genius scientist, not want to develop his own artificial intelligence? After all, an artificial intelligence can save a company a lot of work, even if it is only used on individuals. It can save half of his usual time, but the complexity and difficulty of this line of projects are indeed not ordinary. It is so big that even though he has always been full of confidence in everything, he can't help but feel a little hesitant and doubtful.

"It's okay, teacher. How can any company that wants to get started without experiencing setbacks?"

"If it really fails by then, we will build a new Pym Technology."

After seeing his teacher's somewhat shaken look, Darren immediately spoke.

Thanks to Killian's credit, after Hank Pym handed over the collection technology of Pym particles, he thought that if one sheep is herding, two sheep are also driving, so Hank Pym also transferred the Pym particles afterwards. Pym particles were also given to Darren.

After all, that night, Darren and his daughter Hope announced in front of him that they were together, and then prepared to get married when his mother came back.

So he no longer had any hidden thoughts.

After all, it has been exposed anyway, and Darren is also his son-in-law.

He has been watching this child for several years, and he is impeccable in appearance, character, and talent.

So now Darren can be said to be a true member of Pim Technology, and now he is indeed qualified to say this.

The other two people didn't think there was anything wrong when they heard it. After all, if Hope didn't tell them, Darren was already his groom-to-be, so she naturally wanted to support him.

And Hank Pym also started his own company from scratch, and he naturally knows that companies often encounter many bottlenecks and various difficulties.

He has experienced crises like this one that may lead to bankruptcy countless times. The only difference is whether he should fight for it or not. After all, he now has a daughter, a son-in-law, and a son-in-law.

His wife will be back soon, and she can safely save the dowry for her daughter. When the time comes, he and his wife will be the best to hand it over to the two of them safely.

But looking at his daughter's hopeful eyes and his son-in-law's equally eager eyes, in the end, Hank Pym, not knowing whether it was for the sake of the two of them or for the still active and restless heart in his heart, stood in the eyes of the two. Next, he nodded.

"Great!"

Cheers from Hope!

"Teacher, don't worry! I will do my best to assist you this time! I will never let Pim Technology fall into the hands of our generation."

On the other side, after hearing the same words from his mentor, Darren immediately stated his position.

For a time, the three people once again reached a high degree of unity regarding the future development of Pim Technology.

"Then you just watch here. I'm going back and starting to figure out how to break through the technical difficulty of artificial intelligence."

After looking at the two young men with a smile, Hank Pym seemed to see himself in his youth for the first time. Then he stood up, spoke to the two people, and walked out.

Only two people were left to start supervising the work on site.

It's just that they are supervisors, and they are just watching at the scene. After all, no matter what they say, these robots controlled by Baymax will ignore them, not to mention that these are all constructed according to Pim's drawings.

If something goes wrong, it's Dr. Pym's problem.

Just like that, until half a month passed.

Under the villa of a certain British manor, an old man wearing a white coat was using extremely fast hand speed to input the underlying logic and code of the robot in front of him through the computer in front of him.

"As a qualified artificial intelligence, it must have the ability to improve itself and bear the responsibility of protecting the world... plus a little bit of my genius brain thinking mode."

As Dr. Pym continued to talk to himself, the computer in front of him also began to improve due to its continuous input.

But here, the only uncomfortable thing is that the old man's head is covered with various things similar to signal transmission lines, and the entire density is as dense as Medusa's hair. Like a snake head.

And not far away behind the main control computer, a silver-white cylindrical robot stood there, and there were various data lines on it, derived from its top chip processor. among.