Qin Ke's heart moved, and he was also very interested in the direction of materials science.

The so-called materials science refers to the sub-discipline that studies the composition, structure, process, properties and performance of materials, focusing on material design, process optimization and practical applications.

Nowadays, when the media mentions the great technologies that have changed human society, they often mention new energy first. However, Qin Ke believes that materials science is the great subject that truly affects social change. All physics and biotechnology are far from being applied to reality.

Do not use materials as media carriers.

Taking lithium batteries and other battery technologies that are most indispensable for new energy as an example, the key to determining battery capacity lies in materials science. Every scientific research breakthrough in positive and negative electrode materials will lead to a leap in the quality of lithium battery storage.

Another example is the birth of new lightweight composite materials represented by carbon fiber composite materials (CFRP), which has caused a huge "subversion" in the manufacturing process of the automobile industry, and the durability and safety of automobile bodies and parts have been greatly improved.

Improvement, but the overall cost continues to decrease.

Similarly, innovations in additive manufacturing technology and thin film manufacturing technology have a profound impact on the development of small, high-performance electronic products such as large-capacity memories, optical sensors, and smart electronics in the semiconductor industry.

The very popular direction of nanomaterials has been called "the driving force behind the development of most fields such as the Internet of Things, artificial intelligence, medical care, and aviation."

Not to mention the chip project that Qin Ke is currently involved in. Without a new generation of material technology breakthroughs, it is basically impossible for chips to enter the era of quantum communication.

For Qin Ke, it was only a matter of time before he came into contact with materials science. Once the task of developing and improving the domestic EDA system is completed, he will obtain S-level knowledge "The entire production process of a new type of carbon crystal composite nanomaterial suitable for 1nm chips"

, how to take this knowledge out openly and apply it to the future research and development and manufacturing of quasi-quantum chips has become a question that Qin Ke must consider.

Now he has become a super genius in the eyes of everyone, but no matter how talented he is, knowledge cannot appear out of thin air.

He and Ning Qingyun were able to guide the EDA research team as "Mr. Q" because they had "developed the Lime operating system" and were "far better than ordinary people in mathematics and algorithms". Even if

His outstanding performance will not arouse the suspicion of Uncle Yang and Xu Qingyan who know the true identity of "Mr. Q".

But if Qin Ke suddenly comes up with a top-notch technology that transcends the times such as "new carbon crystal composite nanomaterials suitable for 1nm chips", it will be difficult to explain, because he has no achievements in materials science.

.

For this reason, Qin Ke has long been thinking about participating in some materials science topics, starting from the shallower to the deeper, and playing an increasingly important role in them, building up his reputation in the materials world, and then taking out "A Applicable Applicable Material"

The whole production process of new carbon crystal composite nanomaterials based on 1nm chips is a matter of course.

Just like when he announced the first three sets of expressions of the Riemann Hypothesis at the Scientific Breakthrough Conference, no one doubted it, because his genius and strength in mathematics have already been recognized by the world.

What's more, without sufficient experience and depth of knowledge in materials science, Qin Ke doesn't think he can fully understand the S-level knowledge "The entire production process of a new type of carbon crystal composite nanomaterial suitable for 1nm chips."

For Qin Ke, this phone call from Professor He Liangfu was like someone sending him a pillow while he was dozing off. It was the best opportunity for him to get involved in materials science.

So He Qinke replied without hesitation: "Professor He, we are naturally very interested in materials science, so we took your 'Composite Materials' course last semester. May I ask about the computational materials you just mentioned?

What are the general topics of study?”

"I currently have several topics in hand, two of which I have personally followed up on. One is 'Improving the flame retardancy of carbon nanotube fibers by covering them with oxide coatings', and the other is 'Relaxation ferroelectricity'.

The improvement of thin film materials is related to high energy storage density lead-free dielectric materials. Both of these topics are national key topics."

Professor He Liangfu paused and said sincerely: "To be honest, the progress of the two topics is a bit slow. If you and Ning Qingyun have time, I would like to invite you two to join my two research groups. I am too

Experts who are good at mathematical modeling are needed to try to start from computational materials science to see if they can solve the difficulties faced in the project. Of course, I will not let you work in vain. You can participate in both projects in depth, which will deepen your understanding.

The knowledge and practice of materials science are very beneficial, and as for funding, I can also..."

"There's no need to mention funding, Professor He. Qingjun and I are willing to join your two research groups." Qin Ke no longer looks down upon hundreds of thousands of scientific research remunerations to be able to deeply participate in such an important national topic.

Opportunities are the most precious.

What's more, Qin Ke is indeed very interested in both topics.

As we all know, carbon nanotubes are typical carbon materials. One of their undesirable characteristics is that they are flammable, especially in high-temperature aerobic environments. If their flame retardancy can be improved, the use of carbon nanotubes will be greatly expanded.

applicability.

The second topic should be about dielectric energy storage material technology. Currently, the advantages and disadvantages of dielectric energy storage technology represented by lithium battery technology are obvious. The advantages are fast charge and discharge speed, strong voltage resistance, and high power density.

, the disadvantage is that the energy storage density is low. If lead-free dielectric materials with high energy storage density can be developed, it will undoubtedly have a huge promotion effect on the energy storage industry. The miniaturization and integration of energy storage devices will also lead to many smaller

The birth of smart wearable devices.

Professor He Liangfu was very satisfied with Qin Ke's straightforwardness: "Okay, that's settled. Are you at school now? You can come to my laboratory with Ning Qingyun at noon..."

"Sorry, Professor He, I've been away from school for the past three days, and I won't be able to return to school until four days at the earliest. If it's convenient, you can encrypt the information first and send it to my email. Qingyun and I will go back to school during these four days.

I’ll do some research here, and when I get back to school, I’ll bring Qingyun to visit you. Is that okay?”

"no problem."

After the two parties exchanged email addresses and exchanged a few polite words, they ended the call.

Speaking of which, whether Qin Ke joined Professor Hu Qingfeng's research group before or now joins Professor He Liangfu's research group, the process is extremely simple. It only requires verbal communication between the two parties. It is not like ordinary students joining the tutor's research group.

You need to write an application and prepare it for approval by the school.

Probably in the eyes of Professors Hu Qingfeng and He Liangfu, Qin Ke and Ning Qingyun are no longer students, but scientific researchers worthy of attention.

…

Qin Xiaoke's Chinese language test in the morning went relatively smoothly. Anyway, Qin Ke was very pleased to see that she had two more bowls during lunch and there was no look of annoyance on her face. The afternoon test was mathematics, and now Qin Ke

Xiao Ke is a subject that she is good at. According to the little girl, "I will work hard to get into the top five in my grade in mathematics. I won't embarrass a math genius like you, brother!"

Qin Xiaoke's talent in science is not very high, but because of "Kitten Lemon and Puppy Ke Ke's Wonderful Mathematical Journey" and Qin Ke's careful guidance for nearly four months through the "Thinking Resonance" function, she is able to excel in science.

Science has made rapid progress, and mathematics in junior high school is relatively simple. Currently, Qin Xiaoke's science scores are firmly in the top three in the class. If he works hard and is more careful, he really has a chance to be among the top five in his grade in math.

.

In the afternoon, just after Qin Xiaoke was sent to the examination room, Qin Ke unexpectedly received a call from Zhou Shutao, general manager of Qing Ning Technology.

Zhou Shutao brought good news. All six new patented technologies for tomato breeding have been applied for!

Under normal circumstances, a patent needs to go through a long process such as application, formal review, disclosure of application documents, substantive review, passing the review, going through the collection procedures, and obtaining a patent certificate. It is considered fast to be able to get it done within seven or eight months. Some are complicated.

It is not surprising that it takes two or three years to apply for a patent.

Qing Ning Technology was able to complete the entire process in just two months, naturally because of Uncle Yang’s careful attention and Secretary Lu Xinping personally urging all aspects to be expedited.

Zhou Shutao asked for instructions: "Mr. Qin, the three largest listed seed companies in China have also sent us consultation letters and want to know the situation of our patents. Look..."

"Then let's talk normally. My only requirement is that the final seed price cannot exceed the current average selling price of tomato seeds on the market."

The original intention of Qin Ke and Ning Qingjun in this plant breeding project was to promote new technologies, help farmers increase income and production, alleviate the food crisis, and also allow urban white-collar workers to experience the fun of "balcony vegetable gardens". Making money is secondary.

This price requirement will become the default clause for the "implementation" of all their plant breeding scientific research results.

"I understand. I will ask the patent negotiation team and the lawyer team to follow up. I will notify you of the latest news in a timely manner."

Zhou Shutao expressed his stance enthusiastically.

Now that Qing Ning Technology is growing more and more, the morale of the entire Qing Ning Technology is high, and they also know that half of Qing Ning Technology's profits will be donated to the Qing Ning Education Foundation to help children in poor areas in mountainous areas improve their schooling conditions.

, which also adds to their sense of honor and centripetal force for their work, so even if Qin Ke and Ning Qingyun don't put much thought into the company, the company still operates efficiently.

After ending the call with Zhou Shutao, Qin Ke sent a WeChat message to Ning Qingyun, informing him that the patent had been obtained, and said: "Jun'er, our paper on tomato breeding is ready for submission, and it will be submitted to the core of domestic biology.

Journal "Journal of Xia Guobiology"."

Ning Qingyun was probably in class, but he didn't reply until half an hour later.

The little green bamboo will grow taller: "Okay. Should the communication unit say 'Lime Plant Cultivation Laboratory'?"

Invincible: "Yes, Wei Xueming got a second grade, and the rest of the team members got a third grade."

The little green bamboo wants to grow taller: "Well, I will submit the article at noon."

After only chatting with Ning Qingyun for a while, Ning Qingyun's class time came again. Qin Ke did not disturb her, opened the email on his mobile phone, and checked the latest report of the plant breeding laboratory.

At present, the research progress of the three groups is considered smooth.

The first group is responsible for the cross-breeding work of rice, corn, wheat and rapeseed, which is progressing steadily according to the plan formulated by Qin Ke. It is expected that between the end of this year and the beginning of next year, five to seven new types of seeds will be cultivated.

The second group is responsible for the development of chemical fertilizers, herbicides, nutrients, etc. Because it involves process and material issues, the experiments are more difficult and the progress is relatively slow. This is also because Qin Ke did not directly give the accurate formula. In order to avoid causing confusion

To make people suspicious, Qin Ke just gave a dozen partially different formulas and slowly passed the experimental report to guide the second group to conduct experiments in the right direction. The final result is certain, although it will take more time.

, but it is most logical to come up with the correct formula.

The third group is responsible for collecting different varieties of sweet potato seeds from around the world and becoming familiar with sweet potato cultivation methods.

The latter went relatively smoothly, and they have begun to try cross-breeding sweet potatoes to accumulate experience.

However, progress in collecting seeds has been a bit slow. Nearly 50 varieties of seeds have been collected so far, and about 30 more varieties need to be imported from foreign countries. It will take at least three or four years to collect most of the sweet potato varieties in the world.

months.

Overall, Qin Ke is quite satisfied with the work results of the Plant Breeding Laboratory.

The only pity is that the collection of sweet potato seeds is a bit slow.

However, Qin Ke thought about it and decided to use three or four months, especially during the summer vacation, to solve the EDA and two materials science topics. After collecting all the seeds, he could free up his time and energy to carry out new desert research.

Sweet potatoes have been cultivated.

This chapter is not finished yet, please click on the next page to continue reading the exciting content!...

Qin Xiaoke's first day of high school entrance examination ended successfully. While Qin Ke was waiting for her, he had read through most of the two subject materials sent by Professor He and forwarded them to Ning Qingyun.

After learning that Qin Ke had agreed to join Professor He Liangfu's two materials science projects, Ning Qingyun was also very interested, but was a little worried about energy issues.

The little green bamboo will grow taller: "Qin Xiaoke, now we have three topics at hand, one is the 'Hail Conjecture', the other is 'Domestic EDA Improvement', and the other is 'Plant Breeding', now add these two materials science
To be continued...