God-level academic master: My knowledge is the sum of all my students’ knowledge!

February 25th.

In the morning.

A Rolls-Royce car slowly drove into the campus of Jinling University.

After arriving at the administrative building.

Chen Yu got out from the back seat and walked into the area where the president’s office was located.

Soon, he met Chen Jun, the president of Jinling University.

After a brief greeting,

Chen Jun said:”Academician Chen, the original teaching plan was to ask you to give lectures to all the third-year students in the Agricultural College. There are not many third-year students in the Agricultural College, only 200 people.

You can take classes in the multimedia classroom.

However… undergraduates, masters, and doctoral students in the Agricultural College have expressed their desire to listen to your class.

Even those professors have come to join in the fun.

In addition, students from Jinling Agricultural University have come to our college somehow.

I thought about it.

Since the multimedia classroom can’t accommodate everyone, can you teach the students in the school gymnasium?”

“No problem!”

Chen Yu smiled and nodded.

Last semester, he agreed to become a part-time professor at Jinling University.

After the school started, he came to Jinling University to teach and prepare to give students the first agricultural class.

For him, teaching one student is teaching, and teaching 1,000 students is also teaching.

“That’s good!”

Chen Jun said quickly:”Academician Chen, please sit down and have some tea. I will call and inform them.”

……

Not long after, students from the Agricultural College of Jinling University and students from Jinling Agricultural University all learned that Academician Chen Yu was going to teach in the gymnasium.

As word spread

, the school gymnasium was packed with thousands of students and professors.

The scene was crowded and lively.

When the bell for the third small class in the morning rang,

Chen Yu appeared in the gymnasium under the gaze of the audience.

He looked around and said with a smile:”Students, you are very enthusiastic about class! I heard that even students from friendly schools are here.”

Hearing this, there were bursts of laughter at the scene.

Everyone was very excited to see Academician Chen Yu.

In terms of age

, Chen Yu was only a few years older than them.

But in terms of talent,

Chen Yu, who was only 27 years old, was already the world’s richest man, a Nobel Prize winner, a double academician, a winner of the National Highest Science and Technology Award, and a double national-level teaching master.

They couldn’t catch up with him!

Even if they didn’t learn anything in today’s class, they were happy with it.

At this time, Chen Yu officially taught the students.

He said in a clear tone:”Open the history book, you will find that agriculture is very developed in China’s long cultural history.

The ancient people of all ethnic groups have accumulated rich experience in long-term production practice and made great contributions to the development of world agriculture.

According to statistics, of the more than 660 important cultivated crops in the world, 136 originated in China, accounting for 20.42% of the total. The earliest record of planting crops in China can be found in the oracle bone inscriptions of the Shang Dynasty.

There are 470 agricultural works in China, the most famous of which are”Fan Shengzhishu” in the Han Dynasty,”Qimin Yaoshu” by Jia Sixie of the Later Wei Dynasty,”Nongzhengquanshu” by Xu Guangqi of the Ming Dynasty, and”Shushi Tongkao” in the Qing Dynasty.

These agricultural monographs have made detailed records of crop cultivation, artificial selection and natural selection, the formation of new crops, and agricultural production experience in China’s successive dynasties.

It’s a pity that in the past hundred years, due to the constraints of the feudal system and internal and external reasons, China’s agricultural production has not only not developed, but has weakened a lot.”

After the voice fell, the students and professors in the gymnasium nodded one after another.

In the Stone Age, the Xia Kingdom entered the era of using both metal and stone.

In the late Western Zhou Dynasty, iron tools appeared in the Xia Kingdom. In the Spring and Autumn Period, iron farm tools and ox-drawn plows appeared in the Xia Kingdom. In the Warring States Period, iron farm tools and ox-drawn plows were promoted. In the Han

Dynasty, iron production tools were further promoted.

In the Three Kingdoms Period, irrigation tools such as overturned carts appeared.

In the Tang Dynasty, irrigation tools such as barrel carts and curved plows appeared…

As for modern agricultural history.

It’s really better not to mention it.

Over the years, the Xia Kingdom has been catching up with other countries in the world.

Chen Yu continued,”Students, technology is always the primary productive force!

In today’s class, I will tell you about the importance of agricultural technology.

You don’t need to look up the book, just follow my ideas!”

As he spoke, the students still sat upright, took out textbooks and paper and pens, and prepared to take notes.

Chen Yu continued,”Agricultural science is a highly comprehensive applied discipline.

If you want to study the morphology and physiology of crops, you must have knowledge of botany, plant anatomy, plant physiology, and genetics.

To study the relationship between crops and the environment, you must have knowledge of soil science, agricultural chemistry, agricultural meteorology, plant physiology, and plant ecology.

To prevent and control pests and diseases, you must have knowledge of agricultural microbiology, agricultural entomology, and plant pathology.

To analyze agricultural scientific and technological achievements, you must have knowledge of crop cultivation, crop breeding, biology, statistics, modern mathematics, physics, etc.

Therefore, modern agriculture has put forward higher requirements for agricultural workers.”

Hearing this, everyone nodded.

Agriculture can intersect with multiple disciplines.

Because of this.

Academician Chen, the first person in the field of contemporary life sciences, has no problem teaching them agricultural classes.

Chen Yu said slowly:”In recent years, China’s agricultural development has focused on the following five areas.

First, strengthen variety selection and promote excellent varieties.

Second, increase fertilizer application and improve fertilization technology.

Third, strengthen plant protection and develop chemical weed control.

Fourth, improve soil and do a good job in farmland infrastructure construction.

Fifth, improve the level of agricultural mechanization.

These five aspects are very important.

But in my opinion.

If you want to really catch up with other countries in the world, these are not enough!”

“Oh?”

The professors present were immediately interested.

They wanted to hear what Academician Chen had to say.

Chen Yu said bluntly:”As I said just now, science and technology are the primary productive forces.

In this case, we should start from science and technology.

First, we will use automated agricultural robots on a large scale in the future to improve production efficiency.

If robots are used in all aspects of planting, fertilization, weeding and harvesting, it will improve production efficiency and reduce labor costs.

Second, we will use data such as the Internet of Things, big data, and cloud computing to realize the intelligence and refinement of the agricultural production process.

Through intelligent monitoring equipment, we can monitor the agricultural production environment such as soil and climate in real time, provide farmers with accurate planting suggestions, and improve the yield and quality of crops.

Third, using regenerative agricultural technology can improve soil fertility, reduce the use of fertilizers and pesticides, protect the ecological environment, and achieve sustainable development of agriculture.

Fourth, using bio-agricultural technology to improve the disease resistance and yield of crops, and then through gene editing and other means, we can cultivate crop varieties that are more adaptable to the environment.

Fifth, let digital technology run through the entire agricultural industry chain, from planting, breeding to processing and sales.

Sixth, invest heavily in the research and development of intelligent agricultural machinery, use drones on a large scale, and improve them into plant protection drones, pesticide spraying drones, etc.

Seventh, use molecular genetics, biotechnology and other means to genetically modify and optimize crops to achieve efficient, safe and sustainable agricultural production.

It can not only improve the yield and quality of crops, but also improve the disease resistance, insect resistance, drought resistance and other abilities of crops, bringing huge economic and social benefits to agricultural production.

Eighth, let the breeding industry deepen its intelligence, and improve breeding efficiency and quality through technical means such as digital management and gene editing.

The development of the world seed industry has gone through four stages.

The 1.0 era is farmer breeding.

The 2.0 era is hybrid breeding. The

3.0 era is molecular breeding, including molecular markers, transgenic breeding, etc. The

4.0 era is biotechnology + data technology + artificial intelligence + equipment breeding.

Ninth, use modern technology to the maximum extent.

For example, use genetic engineering to transform crop varieties.

For example, use the results of plant physiological and biochemical research to guide the innovation of cultivation technology.

For example, using atomic energy science for agricultural breeding and cultivation provides more possibilities for variation and selection.

For example, the use of satellites for remote sensing of agricultural resources and production has been put into practice, with aircraft sowing and spraying, and radio-controlled mechanical farming.

Tenth, research and develop nanopesticides and nanofertilizers to accelerate the growth rate of crops and increase per-acre yields.

In general, as long as China’s agriculture develops according to these steps, it will definitely be able to quickly improve its agricultural strength!” After the voice fell, there was a burst of applause in the gymnasium. (To read the violent novel, go to Faloo Novel Network!)

After the applause, an old professor stood up and raised his hand.

Chen Yu pointed at the professor and asked him to speak.

The staff quickly handed the microphone over.

Professor Zhao in the field of agriculture asked,”Academician Chen, the ten points you just mentioned are very good.

But the agricultural technology of countries around the world is also progressing rapidly.

Both sides are making progress.

Isn’t it equivalent to no progress?”

Chen Yu smiled and said,”If it was in the past, this statement would be very correct.

At most, we can narrow the distance with countries around the world.

But starting in 2014, 4G networks have gradually covered all parts of the country.

When the 4G network first came out, the general public thought that 4G was nothing more than faster internet speeds and smoother video watching.

They felt that 4G was useless and the rates were still so expensive.

But two years later, most people no longer wanted to save on data.

For example, everyone knew that 4G could watch high-definition videos, and everyone was talking about how convenient it is to watch videos on mobile phones, but they did not anticipate the explosion of short videos. For example, everyone knew that 4G would help popularize mobile payments, but the ideal way at the time was to bind a credit card to the phone and then add NFC. No one thought that using the Internet and QR codes would simply eliminate cash.

For example, everyone knew that 4G could broadcast live videos, but the idea at the time was to apply it to the professional news field. No one thought that this era of live broadcasting for everyone would come. Not to mention the rise of various e-commerce, food delivery, taxi-hailing platforms, and the sharing economy.[]

In just over two years,

4G and the services it has spawned have profoundly changed the lives of each of us.

This is also true in the agricultural field.

For example, solar energy + 4G can usher in the era of intelligent irrigation and make agriculture more efficient.

For example, the new model of Internet + agriculture can allow farmers to open up online sales channels and realize the automation of agricultural production.

For example, the crab pond center + 4G allows farmers to receive information from the farm at any time on their 4G mobile phones.

Farmers can not only receive information on the temperature, water quality, sediment and surrounding environment in the crab pond at 6:00, 12:00, 18:00 and 24:00, but can also remotely observe the water color, water quality changes, and the activities and feeding conditions of blue crabs directly on their 4G mobile phones, and control the salinity, bait, and antiviral reagents as needed, realizing dynamic monitoring of the farm.

For example, smart devices + 4G can launch 5G+ smart agricultural facilities and systems such as smart weather detectors, 5G networked drones, and water and fertilizer integrated machines, which can realize automated operations, agricultural machinery-assisted operations, and remote unified control and monitoring.

For example, there are hundreds of 5G agricultural application scenarios, such as 4G smart water conservancy, 4G smart agriculture, 4G smart breeding, 4G smart agricultural insect monitoring, 4G intelligent equipment, 4G digital agricultural machinery, 4G full-dimensional monitoring of the growth cycle, 4G agricultural remote sensing big data, 4G agricultural product traceability system, 4G farm management system, 4G big data visualization platform, 4G Internet of Things, etc.

Yes, that’s right.

Foreign countries also have 4G networks.

Xiaguo opened the 3G network in 2009, which was eight years later than developed countries.

And Xiaguo issued 4G licenses in 2014. It was only three years later than developed countries.

It can be seen from this.

The advent of the 4G era is definitely an opportunity for Xiaguo’s agriculture to take off!”

After the words fell, a tsunami-like sound broke out in the gymnasium.

As contemporary college students, they are always exposed to the latest knowledge.

Naturally, they know that the full coverage of the 4G network will bring all kinds of convenience to life.

Since Academician Chen is so optimistic about the 4G network,

I believe that the advent of the 4G era can really change a lot of things.

……

Next.

The lecture continued.

Chen Yu’s infectious voice resounded throughout the gymnasium.

He described the explanation of”Agricultural Science and Technology” clearly and easily, making the students listen with great interest.

Even though there were thousands of people in the gymnasium.

But at this moment, there was only the sound of Chen Yu lecturing and taking notes.

As a double national-level teaching master.

Chen Yu has his own rhythm in class.

His lectures are well-organized, interlocking, soothing, and fascinating.

As time goes by

《The knowledge of the course”Agricultural Technology” was imparted to the students like a revelation, leaving a deep impression on them.

The students were so focused that they seemed to be in a state of ecstasy, immersed in the world of agricultural technology.

……

After the system awarded the Nobel Prize title halo.

Chen Yu’s values and attainments in the field of agriculture have reached a value of 100 points.

This value is equivalent to a Nobel Prize winner in the field of agriculture.

Of course, there is no Nobel Prize in the field of agriculture.

But the principle is the same.

In addition, after Chen Yu gave his students an agricultural class today, the system rewarded him with an agricultural ability halo.

This halo can double the agricultural level.

With the blessing of the halo.

Chen Yu’s basic values in the field of agriculture have reached as many as 200 points.

Not to mention.

He himself has the aura of a famous teacher and the aura of a national famous teacher.

Even though Chen Yu is not as strong as medicine in the field of agriculture.

But the classroom atmosphere in the gymnasium is still far beyond the national level.

Students who listen to such courses will naturally make rapid progress and benefit a lot.

……

When the bell rang, students and professors breathed a sigh of relief.

Students hoped that the course could be longer.

Professors at Jinling University felt as if they had been enlightened.

After just two classes, they found that many of their confusions in the field of agriculture had been solved.

……

In the gymnasium.

Chen Yu took the microphone and said loudly:”Students, I will teach you in the gymnasium this afternoon.

Starting from next week, I will come to Jinling University every Friday to teach four large classes.

In addition, I am going to launch projects such as the nanopesticide research group, nanofertilizer research group, agricultural astronomical research group, smart planting research group, smart breeding research group, and Chinese medicinal materials planting research group.

Interested students can participate in the assessment set by my assistant.

If you pass the assessment, you can join my research group and engage in related scientific research work.” As soon as the voice fell, the students were in a sensation.

Academician Chen started multiple research groups when he was teaching in the School of Medicine and the School of Life Sciences.

Nowadays, these research groups have achieved world-renowned achievements, and the students in the research groups have also become famous.

If there is a chance.

They are 100% willing to join the research group in the agricultural field and become Academician Chen’s student workers!.