Xueba's life simulator

Chapter 158 Reports
Since Zhang Mingjie has said so, Zhou Ming will naturally not refuse, but before agreeing, Zhou Ming still needs to clarify some things with Zhang Mingjie.

"Dean Zhang, it's not that I can't accept what you said. After all, they are all in the same school, that is, one is in the east campus and the other is in the west campus. It's just a little distance away.

I have already served as a professor in the School of Mathematics, and it would not be a problem to have another part-time professorship in the School of Biological Sciences.

However, there is one thing I want to say, you know that I am usually busy..."

When Zhou Ming said this, Zhang Mingjie nodded seriously. After all, although Zhou Ming's name cannot be said to be well-known in the academic circle, it is still a household name.

Moreover, Zhou Ming's research fields are very extensive, involving mathematics, biology and artificial intelligence. He said that he is usually busy. Zhang Mingjie thinks it is a euphemism, and it should be said that he is quite busy.

"So, I usually don't have much time to attend classes. When you arrange teaching tasks for me, try to arrange those with a small number of class hours. Moreover, I still have teaching tasks at the Mathematics Institute this semester when the school starts soon."

Zhou Ming continued to explain to Zhang Mingjie.

"That's no problem. If Professor Zhou doesn't have time to teach, he can only take a scientific research position. If he doesn't take a teaching position, he doesn't need to teach.

However, I wonder if Professor Zhou is willing to lead graduate students?If possible, some doctoral and master's places can be arranged. "Zhang Mingjie said.

For Zhou Ming to lead graduate students, Zhang Mingjie had the same idea as Li Mingzhi, and hoped that Zhou Ming would lead them.

However, the specific details depend on Zhou Ming’s own wishes.

"You can bring a few graduate students, but I also want to bring graduate students in the School of Mathematics, so I can't bring too many, just one or two." Zhou Ming said, now the School of Mathematics has become Zhou Ming's universal shield. Just pull it out.

Zhou Ming just chatted with Zhang Mingjie, and soon both of them left here.

By the morning of the next day, many experts arrived in Luzhou overnight. These experts were dispatched urgently after receiving a call from Zhang Mingjie.

When Zhou Ming met them, Zhang Mingjie at the side introduced their identities to Zhou Ming one by one.

"This is Comrade Wang Linzhen, an expert in soybean genetics and breeding from the Ministry of Agriculture, and also the president of our Huaguo Academy of Agricultural Sciences.

This is Comrade Gai Junyi. Comrade Gai is an expert in crop genetics and breeding, an academician of our Huaguo Academy of Engineering, a professor of crop genetics and breeding at Jinling Agricultural University, and director of the National Soybean Improvement Center.

This is Comrade Liu Ming, and Comrade Liu Ming is the director of the Key Laboratory of Plant Molecular Physiology of the Chinese Academy of Sciences..."

There were quite a few people who came this time. There were four or five experts in botany alone, as well as some leaders from the province and a few reporters.

"This is Comrade Zhou Ming, who I told the higher-ups yesterday to inspect and accept the results of his project."

After Zhang Mingjie introduced to Zhou Ming the experts and leaders who came to inspect the acceptance and check the situation, he introduced Zhou Ming to them.

But for Zhou Ming, Zhang Mingjie didn't need to introduce in detail. After all, Zhou Ming had been on TV for more than ten days in a row. Before coming, everyone had already learned a lot about Zhou Ming through various channels.

On the contrary, Zhou Ming didn't know much about the academic world, and even less about the biological world, and he knew a little about Wang Lin's real things about the few people Zhang Mingjie introduced.

This Wang Linzhen was born in 1930. He has won one National Science Conference Award, two National Invention Second Prizes, and eight Senior Official Science and Technology Progress Awards. There are 34 varieties under review, which is the predecessor in the field of soybean research in China.

After saying hello to the experts who came to review and accept each other, Zhou Ming and them didn't say much, and took them to the test field.

"The plant type has improved a lot, and the planting density has also increased greatly. Professor Zhou, is your plant type designed?"

When all the inspectors who came to inspect Zhou Ming's super bean project came to the experimental field where Zhou Ming planted super beans, the experts who had studied botany squatted on the ground and carefully checked Zhou Ming's so-called super bean planting situation.

And those leaders who don't know much about this industry, when they saw a lot of soybeans hanging on the not-so-thick soybean stalks in this large experimental field, they all sighed one after another.

Although these leaders don't understand the genetics and breeding of soybeans, they feel at ease after seeing the soybeans in this experimental field.

This time Professor Zhou’s project was stable.

This is the true thought of these leaders at this time.

The sentence just now was said by one of the many experts who squatted down to observe the specific growth of soybeans.

"Yes. And I not only increased the planting density, but also increased the strength and toughness of individual stalks."

Zhou Ming looked at Dean Wang Linzhen, who was carefully studying the traits of this soybean plant, including the traits of their leaves and the shape of their branches, and talking to him while touching the yellowed leaves with his hand, and said to him.

"After all, this is an important prerequisite for increasing production. If the strength and toughness of a single rod are not enough, even if the output is increased, it may be bent or even broken due to insufficient strength and toughness of a single rod. It is very likely that instead of increasing production, it will decrease production.”

After Zhou Ming looked at Wang Linzhen, he continued to explain to him.

"Professor Zhou, I also noticed some differences. These soybean plants seem to be lower than ordinary soybean plants.

Did you also reduce the plant height to increase the effective number of pods per unit area?But your pod count has increased too much, right?I am afraid that it is not only possible to reduce the height of the plant.How on earth do you do so much at the same time? "

The person who asked Zhou Ming this time was Academician Gai Junyi.

Academician Gai is a crop genetics breeder, a professor of crop genetics and breeding at Jinling Agricultural University, and the director of the National Soybean Improvement Center, so he is more curious about how Zhou Ming was bred. This soybean seed was created using genetic technology.

Could it be that Zhou Ming discovered and transformed soybean genes in this regard?But how many corresponding genes do we need to find?It can't be something that can be done in just one or two months.

At this moment, Academician Gai was thinking about how Zhou Ming did this.

Academician Gai would not believe that Zhou Ming did not use genetic technology to modify genes, and then produce corresponding genetically modified cells to make seeds, and then change the genetic traits of these soybeans in the experimental field.

More importantly, all the experts present knew how long it had taken Zhou Ming to apply for this project until the project produced results. It was impossible to use other methods in such a short period of time.

After Academician Gai finished speaking, several other experts who were observing the growth of soybeans in the experimental field also looked sideways at Zhou Ming. They all wanted to hear how Zhou Ming did it. It can be said that This step is against common sense.

"Reducing the plant height can not only improve its lodging resistance and nutrient delivery, but also further improve its ability to resist dense planting, and at the same time improve its various resistances."

Zhou Ming first explained why he lowered the plant height, and then began to explain how he did it.

As for what Zhou Ming just said about improving the ability of soybeans to resist dense planting, it is to prevent them from being too densely planted. Too high a density will also reduce yields.

After all, Zhou Ming increased their planting density to increase the excess, not to reduce the yield.

"The advantages of these super beans are more than these. Compared with those soybeans on the market, I not only increased their content of sulfur-containing amino acids such as methionine and cystine to achieve nutritional balance, but also greatly improved the protein quality of soybeans. This can be more conducive to the development of end products such as soybean vegetarian meat.

At the same time, while focusing on the protein content, I also considered the oil content of soybeans.

These changes all come from my research and discovery of soybean genes. One of the key genes can control soybean grain size, oil content and protein content. If this gene is knocked out, soybeans can be improved through molecular breeding. Yield and quality.

Through DNA sequencing and trait association analysis of multiple wild soybean and cultivated soybean genetic resources, I also found a gene that played an important role in the process of soybean domestication. This gene has a role in controlling soybean seed development and oil accumulation. very crucial role.

These super beans planted in this field are either knocked out or added to these genes, and then through some improved breeding methods, they grow into what they are now..."

Zhou Ming began to explain his research process to the experts present, and the acceptance inspection officially started.

……

Production testing and acceptance is very simple. Call more people and get a few machines. There are not too many soybeans here, and it will be over soon.

It's just that these experts still want to see whether Zhou Ming's claim of increasing the content of methionine, cystine, and oil is reliable, so it won't end so quickly.

In the evening, Zhou Ming, Zhang Mingjie and these experts went to the hotel for dinner.

At this table, they talked a lot about botany, especially agronomy.

But when Zhou Ming and the others were eating, the reporter from the Flower Club who came along did not eat the meal with them, but hurried back to the hotel to catch up on the manuscript.

This was big news, and he wanted to release the news as soon as possible.

Before Zhou Ming and the others finished eating, the Flower Club had already written the manuscript and successfully published it.

"The yield per mu is 3186 jin! Zhou Ming's Super Beans broke the world record.

On the afternoon of the 16th, in Liuhua Town, Luzhou City, Bai Province, the production testing and acceptance team of the 'Super Bean Season Yield 3000 Jin per Mu' project announced after the production test: The project's seasonal yield per mu reached 1593.17 kilograms. The project experiment was successful and created a record of soybean yield per mu. new world record.

February was not the season for harvesting soybeans, but the soybeans planted in a farmland in Liuhua Town, Luzhou City are fruitful. Today, the production test and acceptance are carried out here...

Wang Linzhen, the leader of the production testing and acceptance expert group and the president of the Huaguo Academy of Agricultural Sciences, said..."

Such a shocking title, coupled with the text with specific dates and production data, and the publisher was the Flower Society, immediately caused a sensation as soon as the article was published. This sensation was not only a domestic sensation, it was a global sensation. .

"Fuck, this is too awesome, can soybeans produce three thousand catties per mu?"

"Upstairs, this is still a quarterly yield. According to the article, Professor Zhou Ming's super beans are extremely cold-resistant, drought-resistant, and alkali-resistant. It can be said that the resistance is full.

It can be planted in winter or summer and harvested within one season.In other words, you can harvest four times a year, and if each harvest is 1 jins, it will be [-] jins a year. "

"When did the official media become so unreliable? It's a dream to produce three thousand catties per mu, and it's still a quarterly yield?"

"Upstairs, go back to your horse."

"Simple mouth smell, the ultimate enjoyment [dog head]."

"Am I the only one who discovered that the person in charge of the Super Bean project reported this time is Zhou Ming? Can anyone tell me if this Zhou Ming is the Zhou Ming I know?"

"The guy upstairs, you read that right, this Zhou Ming is the one who just proved the twin prime numbers and then proved Goldbach's conjecture. He is also the person in charge of the [Artificial Intelligence Accurate Prediction of Protein Structure] project that has produced results."

"I found that the most popular news recently is this kind of news. I raise five hands to support this kind of news every day. Finally, I don't have to keep seeing which star wears what clothes, which is listed on the hot search list. Once it’s over, who the hell cares what clothes you guys wear when you go out every day.”

"I've decided, I'm going to report to Professor Zhou for my agronomy."

"I also want to apply, but I just checked and found that Professor Zhou is not a professor in any school's School of Agriculture and Life Sciences, so I'm afraid you will be disappointed."

……

As soon as the Flower Club's news about Zhou Ming's Super Bean was released, it caused heated discussions on the Internet. Although netizens have almost gotten used to Zhou Ming's frequent hot searches with big news from time to time, this time Zhou Ming's hot search was on the bio In the field of agronomy, it is also such a major event related to people's livelihood.

No matter how much the netizens got used to it, they never imagined that Zhou Ming could make such a big breakthrough in agronomy not long after finishing Goldbach's conjecture.

As for Zhou Ming's discussion on the Internet, although there are many praises, there are also some voices of doubt. The only reason for their doubt is that no one in the United States can do this. How can China do it?

And it's Zhou Ming, who has no research results in agronomy before, and more importantly, there is still such a big gap between the highest yield per mu in the United States and Zhou Ming's super beans.

"It turns out that there is such a method of genetic exploration. We are really taught today, and Professor Zhou can tell us this method so unreservedly. We really admire such a mind."

Gai Junyi picked up a cup of tea and toasted Zhou Ming with tea instead of wine.

Although Academician Gai is in his eighties this year, every word he said to Zhou Ming came from his heart. As smart as Zhou Ming, with such a multi-line development, and a scholar with such a broad mind, he is the reason why Huaguo can have such a Scholars are proud.

"Yes, this method is the most confidential information for any company or individual. I didn't expect Professor Zhou to tell us so easily. It really makes us a little embarrassed to speak."

Zhang Mingjie on the side also said.

This is Zhou Ming's style of dealing with people. His teacher Yi Huaqing in the earliest days, Liao Weiguo who went to Metalworking University to give a report, and those professors in Nankai, Zhou Ming was like this when communicating with them.

It is also because of this that although Zhou Ming's name has only appeared in the academic circle for less than a year, anyone who has dealt with him, whether it is a young scholar in his 40s or 80s, or a senior scholar in his [-]s or [-]s , when talking about Zhou Ming with other people later, he praised him very much, which also made Zhou Ming's reputation in the circle surprisingly good.

At the same time, the domestic leaders of the four major grain merchants who control the lifeline of domestic soybeans and related industries also reported the matter to the headquarters immediately after receiving relevant news.

(End of this chapter)