Super Scientist

Contribution value can be obtained through two ways: manufacturing and recognition. Not to mention manufacturing, every time a product is manufactured, a corresponding contribution value will be obtained. Selling is also a kind of recognition, and the contribution value obtained is twice that of manufacturing. For example, if the optical brain is sold, you can get 40 points.

Of course, there are many other ways of recognition. Ye Chen believes that after tonight's big debate, he can gain a lot of contribution value. He had already overestimated. When he saw the contribution value, he was still shocked. Now the contribution value is close to six million, which is more than he expected.

Ye Chen was a little lucky, fortunately, it was set to not remind, otherwise, more than two million reminders would drive him crazy.

What makes Ye Chen even more happy is that this is not all, the contribution value is still beating crazily, and keeps going up. According to this trend, Ye Chen will have a big harvest.

"I'm so smart, I turned Yankee's provocation into a global focus, haha." Looking at the crazy beating contribution value, Ye Chen was very proud again.

The reason why Garcia's provocation should become the focus of global attention is that apart from advertising, Ye Chen also needs to get contribution points. After Ye Chen's operation, it was very successful and a bumper harvest, which not only made the future concept technology famous all over the world, but also allowed him to reap so many contribution values.

"How do I spend it? Should I exchange it for primary material technology, or for primary manufacturing technology?" Ye Chen was a little embarrassed.

Among the technologies that can be exchanged, what Ye Chen wants most is primary material technology and primary manufacturing technology. Both of these are very important to Ye Chen and our country. It can be said that they are very important.

There is a big gap between our country and developed countries in terms of materials, such as stainless steel. If it is analyzed, the material of domestic stainless steel and imported stainless steel is the same, but there is a gap in performance, and domestic stainless steel is worse.

Another example is that the delay in the production of aircraft engines has a lot to do with the materials. Another example is that due to the constraints of ship materials, our country cannot produce the Nimitz-class aircraft carrier with the most advanced comprehensive combat capability in the world.

If we can obtain primary material technology, our country will have a huge improvement in materials, and it will be of great benefit to our country. Correspondingly, Ye Chen will make a lot of money.

But manufacturing technology is also a weakness of our country. There are a lot of advanced workpieces that require very difficult processing and manufacturing techniques, such as marine propellers, rotors of large generator sets, and so on.

If the primary manufacturing technology can be obtained, these difficulties will be solved, which will also be of great benefit to Ye Chen and our country.

Although Ye Chen had already decided to exchange for primary material technology, but after looking at the contribution value, Ye Chen was a little embarrassed.

Ye Chen's eyes wandered back and forth between primary material technology and primary manufacturing technology, and he couldn't make up his mind for a long time, not knowing which one to exchange.

"It's so hard to choose." Ye Chen was in a dilemma, pulling his hair.

"I'll think about it carefully, which one is more important to me." Ye Chen couldn't help but think about it, thinking to himself, and said: "I've thought about it a long time ago, it is material technology that is more important to me. With better materials, I can produce more The performance will be better. But the manufacturing technology is equally important to me. I invested in Ruike. Now is the time to mass-produce the production line. If I get the manufacturing technology, the production of the production line will benefit greatly.”

Ye Chen decided to exchange material technology first last time, which was based on the premise that he did not invest in Rico. At that time, relatively speaking, material technology was more important. It's different now, with the investment of Rui Ke, faster and better mass production lines are also very important, Ye Chen really has a hard time choosing.

"I need better materials for chip production, and better materials for production lines. This is an unavoidable problem. Manufacturing technology is very beneficial to the production line, but it is not very helpful to me at present. Besides, as it is now With this trend, it won't be long before they can accumulate enough contribution points to be exchanged for manufacturing technology.

Why be in a hurry. "Ye Chen made up his mind.

After making up his mind and putting it into action immediately, Ye Chen exchanged it immediately.

"Does the host exchange primary material technology?" A pop-up window popped up.

Ye Chen was at the last point, and the mechanical voice of the system sounded: "Congratulations to the host for obtaining the primary material technology."

A cloud of brilliance flew over and entered between Ye Chen's eyebrows. Ye Chen felt a lot of information filling his mind, and his head hurt, as if it was about to explode.

The familiar feeling made Ye Chen very happy and looking forward to it.

Maybe for a moment, maybe for a long time, I don't know how much time passed, the pain in my mind disappeared, Ye Chen woke up, looked at the time, it was half an hour, much longer than the last ten minutes.

Ye Chen found that there was a lot of material knowledge in his mind, and he stroked it carefully. The more he stroked, the happier he became. In the end, he was so excited that he rolled around on the bed.

"Bang." One didn't pay attention, rolled from the bed to the floor, and there was an intimate contact between the forehead and the floor.

"Ouch." Ye Chen screamed, touching his forehead with his right hand, and raised a big green bag.

It's really sad.

"Haha! Father's son, son's father has made a fortune, a fortune." Ye Chen touched the green bag on his forehead, laughed loudly, jumped up, and jumped around the room.

"Father's son, son's father has become rich!" Ye Chen roared loudly.

Just as he was roaring, someone knocked on the door, and his mother's anxious voice came: "Xiaochen, what's wrong with you?"

Ye Chen hurriedly opened the door and said, "Mom, I'm fine."

"You still said it's okay, what's the matter with the bump on your forehead?" My mother was so distressed, she fixed her eyes on Ye Chen's forehead, touched it with her right hand, and asked, "Come on, mom will treat it for you."

Ye Chen felt warm in his heart, and his mother still felt sorry for herself, and said, "Mom, I accidentally bumped into the door."

"You child, you don't pay attention to walking. How can you find a wife if you lose your appearance?" My mother scolded.

Ye Chen quickly admitted his mistake, looking like a good baby.

Dad and younger brother were also alarmed. Dad came over with a cane and asked, "Xiao Chen, why are you yelling at night? Fortunately, we are a single family, otherwise, someone will definitely complain us."

Amidst the father's scolding, the mother covered Ye Chen's forehead with a hot handkerchief, wiped some medicine, and after confirming that everything was fine, she let Ye Chen go back.

Once back in the house, Ye Chen jumped up again, shouting again.

Ye Chen built an optical brain, and photonic chips are already in production, and he has already made a fortune. As long as the domestic orders need to be produced, you will become a rich man.

Generally speaking, it's not a particularly big thing, how could it make him lose his composure and go crazy like this. Really, primary materials technology is so exciting.

Primary material technology covers all fields, including material technology from all walks of life, and Ye Chen is very clear that these technologies are much, much better than our current material technology.

Material technology covers all walks of life. If it is produced, it will not worry about sales, and Ye Chen will make a fortune. It is not worse than photon technology.

What surprised Ye Chen the most was laser material technology, superalloy material technology, composite material technology, ship material technology, weapon material technology, special material technology...

Ye Chen wants to produce photonic chips and optical brains in the future, which will consume a lot of laser materials. Although the military has provided a lot, it is far from meeting Ye Chen's needs. Mastering the laser technology, you can produce it yourself. For Ye Chen, this is great news. It's a long drought and sweet dew. Can he not be surprised?

To Ye Chen's surprise, our country's laser materials are indeed the best in the world, and their performance is already 80% of the best performance, which is very rare. The laser materials provided by Sydney are only 40%, which means that the performance of laser materials in our country is twice that of foreign countries.

The only regret is that the cost is high and the output is limited.

After Ye Chen mastered the laser material technology, this problem was easily solved. What makes Ye Chen even more happy is that the cost will be reduced a lot, and the output is large, which can fully meet his needs and even be sold.

The laser materials needed for photonic chips alone put the military in a tight spot. If Ye Chen launches mobile phone chips and optical brains, he will need more laser materials, and the military will definitely not be able to meet them. Solving the laser materials has become a top priority. Obtaining laser material technology is a great blessing to Ye Chen.

The high-temperature alloy material also surprised Ye Chen.

Superalloy materials are used in a wide range of applications, the most typical example being aircraft engines. There are many reasons for the delay in the production of aircraft engines in our country. They are limited by materials, and the failure of high-temperature alloy materials to meet the requirements is a very important limiting factor.

For high-temperature alloy materials used in aircraft, 25~~50 degrees is an order of magnitude. Such a small temperature difference is an order of magnitude, which shows how difficult the technology of superalloy materials is.

There is an exaggerated saying that every time the temperature of an aircraft engine increases by one degree, it is possible to turn the material into waste and need to start all over again.

Although this statement is exaggerated, it is a good illustration of how difficult the technology of superalloy materials is.

If an airplane wants to obtain maximum thrust, it needs a high calorific value, a high temperature. However, the difficulty of material technology is too high, and the temperature needs to be as low as possible, which is a contradiction. What often happens is that the combustion temperature reaches or even exceeds the limit of the material, which requires scientists to solve this contradiction, not only to ensure high heat and high thrust, but also not to damage the material.

The high-temperature alloy material technology obtained by Ye Chen can withstand a high temperature of up to 10,000 degrees, and a low temperature of minus 5,000 degrees. If this material is used in aircraft engines, the current contradiction is no longer a contradiction, and the difficulty of aircraft engines will suddenly drop a lot.

It can be said that this is a revolutionary material.

Composite materials also surprised Ye Chen.

Composite materials are used in a variety of applications and are used in all walks of life, but the aerospace industry uses them the most. If an aircraft wants to fly in the air, one of the most important requirements is weight reduction. The lighter the weight, the better, which can reduce energy consumption and increase the range and carrying capacity. This requires the use of composite materials, such as aluminum alloys and the like.

This composite material is widely used, but the output is low. The composite material technology mastered by Ye Chen not only has a large output, but also has low cost and much better performance, and has a broad prospect. Ye Chen is almost crazy with joy.