I think the electric vehicle industry is the best direction for the development of artificial intelligence.

Electric vehicles provide larger power supply, more stable, and more suitable as a carrier of artificial intelligence technology.

If I could turn an electric car into a computer, then even if this computer grows up, it would not be impossible to achieve unmanned driving.

Isn’t this the best opportunity to perfectly integrate the computer industry and the physical industry?

Moreover, the automobile industry has a huge upstream and downstream industrial chain.

During this period, it involved countless production enterprises and countless employment issues.

If we can build an electric vehicle production empire.

Teacher, think about how many employment problems this can solve for our country.

The new energy vehicle industry is an industry that can not only protect the environment, but also materialize and marketize computer technology. More importantly, it can also solve more employment problems.

This is beneficial but not harmful.

To lead an era, one must be able to do what others cannot and think about what others do not want.

If we always follow others' butts, when others eat meat, we can only drink soup.

If the industry I envisioned could be realized earlier, then it would not be impossible to achieve a few modernizations in advance.

Opportunities must not be missed, and no more mistakes will come.

If you spend your day at home and dare not do it down-to-earth, you will not succeed.

Successful people must dare to think and do to succeed.

My current development direction is that as long as it is something that is particularly difficult and can form technical barriers in the future, I dare to try it out even if others dare not think about it.

If I have this ability, I dare not do it, then would I still expect those who do not have the ability to do it? Isn’t that even more unrealistic?

I have to do the new energy vehicle road.

Because this is an opportunity to lead our country's economy to take off.

If my idea can be realized, then it is possible for our country to enter a well-off society a few years earlier, or even enter a semi-developed country in advance.

Time waits for the teacher.

Don’t you want to see the day when our country truly rises in your lifetime?

This opportunity is now in front of you.

Why watch it slip away from your eyes?"

Wei Haoguang could not say anything at all.

I have to say what Su Han said, which shocked him deeply.

I didn’t expect that the electric vehicle industry is related to such a big industry.

This kid is really a fucking genius.

How did this brain grow?

Zhou Yiru, who had not spoken, suddenly interrupted, "Old Wei! Su Han is right in this matter. And this is not a trivial matter. If electric vehicles can be really computerized, the technical generation difference and technical barriers contained in it are not a small matter. If we can really catch up with an era and complete the layout of this technical barrier in advance, even if others want to catch up, then this technology will have a profound impact on the national economic strategic development layout. So you must support Su Han in this matter."

Wei Haoguang nodded and said, "Okay! You guy is right again. I'll help you contact the deans of other colleges. They are full of talents in this industry. If you want to form an elite R&D team, they must help you."

...

Wei Haoguang quickly introduced Su Han to Du Jingxing, the dean of the Energy Power and Engineering major of Mushui University, and Jin, the dean of the School of Chemistry, to Su Han.

Su Han is already known to everyone in Mushui University.

Don't say that he is the richest man in the country.

Even as an expert of the National Engineering Group, a visiting professor at Mushui University, and a winner of the two national awards, no one dared to underestimate him.

The two of them were also very enthusiastic about Su Han.

After a simple opening remark.

Su Han repeated what he said to Wei Haoguang and the two of them again.

After all, talent is indispensable to developing in this industry.

Although Su Han knows everything, it is useless no matter how much you understand a person.

What he needs is a R&D team of thousands of people working day and night.

In the future, we will build our own super car production base to solve the employment problems of tens of thousands or even hundreds of thousands of people.

Then this is not something he can play alone.

Du Jingxing and Jin contracted before and heard that Su Han was a super genius in computers.

Even a super genius that is rare in a century.

But what the two of them did not expect was that Su Han also had a very thorough research on engineering dynamics and chemistry.

No matter what knowledge is, you can come to citations from home and abroad.

This is too exaggerated!

Those who know that he is a computer major, but those who don’t know that he thinks he is studying dynamic engineering and chemistry.

Du Jingxing said in surprise: "Professor Su, where did you learn what you said?"

Su Han said: "I'm all self-taught. Actually, I've wanted to get involved in the fields of clean energy manufacturing and electric vehicles for a long time. But I've been teaching myself for a long time. One of the advantages of me is that I have good memory and high learning efficiency. I know a little about the power of automobile engineering and battery principles, but I'm not as profound as the two teachers.

But it also proves that I want to be involved in electric vehicles and clean energy manufacturing is not a hot topic.

It has been fully considered.”

The contract between Du Jingxing and Jin cannot be said.

Although they have seen geniuses before, those geniuses are still within their understanding, but Su Han is so genius too scary!

No wonder everyone says that Su Han is even older than the first genius of the School of Computer Science.

Now it seems that he is not a one-day talent but an all-round talent.

Jin Hetong, director of the Institute of Chemical Engineering, said: "Professor Su, the idea of ​​the automotive power battery you mentioned is really an innovation. But the problem is that you want to use lithium batteries as the standard for automobiles. I think it is inappropriate! Although lithium batteries have a high energy density, stability and safety are still a problem at the moment.

If a lithium battery is used to cause a car, it will not be very dangerous! Such a large battery will cause an explosion, it will not be a trivial matter."

Su Han said: "Of course I have considered this. It is an industry consensus that lithium batteries are prone to thermal runaway, but not necessarily in the industry. We can reduce the natural possibility of lithium batteries by increasing research.

In fact, the thermal runaway of lithium batteries is mainly due to the electrolyte. As long as we can find an alternative to mixed carbonate solutions, the risk of spontaneous combustion of lithium batteries will be greatly reduced.

As for the charge and discharge overexcitation caused by sudden deformation of the battery, it can also be solved through the technical level.
Chapter completed!