Zhou Shuo smiled and avoided answering: "In my opinion, the greatest wealth is human knowledge. If we want to measure this wealth, I can only say that everyone here is poorer than me."

"Hahaha--"

Zhou Shuo's answer ushered in a kind laugh. This is a university, and college students are always a little proud. Especially the students of Leiden University, they can be said to be the pride of Europe. Zhou Shuo's attitude caters to their proud thoughts very well and immediately won the favor of many people.

"Mr. Zhou, can you please comment on Fanhan Group and Asmay Company. Which of the two companies produces more advanced lithography machines?"

"Asmai is the leader in the lithography machine industry, and Fanhan Group is a descendant of this industry. In terms of the foundation of lithography machine technology, we are not as good as ASmai Company. But our Fanhan Group will aim at ASmai in the future and strive to catch up! I believe that one day, President Ricky and I will sit together to have a cup of coffee."

"Mr. Zhou, how did you achieve such great achievements at this age?"

...

The questions before the speech lasted for half an hour. Even if there were people who didn’t know Zhou Shuo before, they had a rough understanding of him at this time. But as they learned more, the more surprised the crowd was.

Although Zhou Shuo has tried to answer these questions in a low-key manner, the information exposed made the students admire him quite a bit. At this age of college students, people with real abilities can always easily get their recognition. Obviously, Zhou Shuo's legendary experiences and achievements satisfy their fantasies about their future life.

Yes. Who has never fantasized in college that he will achieve great achievements after entering society and become a person who attracts the attention of the world?

"Okay, let's get to the main topic of the lecture."

Zhou Shuo clapped his hands and smiled gently. The interaction with the students made him relax quietly. He seemed to be much younger when he was with the young man.

"Okay, let's just stop here when asking questions. Let me talk about the content of today's lecture."

"The future development of the graphene industry and the prospects of wireless communication personal terminals."

This topic also took Zhou Shuo a lot of energy. If you want to combine the theme of this lecture with the purpose of coming to the Netherlands, a lot of brain cells died.

After thinking about it, he still felt that instead of making the content far-fetched, it would be better to just drive the car and cannon. The lecture content was divided into two parts. The research on graphene was discussed earlier, and the application of wireless networks in the future was discussed later. Although the two parts were basically inconsistent, the students here were all computers and related majors, so I think there would be no problem with their understanding.

"It is probably too early to say that graphene is the industry, but at least it does have the possibility of forming an industry. From our research, we found that the physical properties of graphene are very magical. It is the thinnest and hardest nanomaterial in the world. It is almost completely transparent. It absorbs only 2.3% of light; the thermal conductivity is as high as 5300w/m.k, which is higher than carbon nanotubes and diamonds. Its electron mobility at room temperature exceeds 15,000cm2/v.s, and is higher than nanocarbon tubes or silicon crystals, and its resistivity is only about 10-8Ω.m. It is lower than copper or silver, and it is the material with the smallest resistivity in the world..."

"The above are the recent research results of our Panhan Research Institute's Graphene Research Office. Based on these results, we can imagine the future application of graphene. First of all, since it is almost completely transparent, it can be used to manufacture glass coatings for touch screens, solar cells and even liquid crystal screens in the future. Since graphene raw materials do not need to be refined, once there is a breakthrough in production technology, the cost will drop very significantly..."

When Zhou Shuo talked about professional content, the people below suddenly became quiet. Whether it was young dressed, or many lecturers with big beards or mature clothes, they would remember something in their notebooks from time to time.

With his introduction, many people in the staircase classroom also shine in their eyes. Leiden University's professional and technical level is definitely not low. People present have their own judgments on whether Zhou Shuo's words are correct. Especially in many possible application fields of graphene, he just started to look at it. Some people can often learn from it and develop ideas based on their own majors.

The first fifty minutes of the lecture were basically in this kind of one-man show by Zhou Shuo. In terms of graphene research, Fanhan Group has indeed invested a lot of money every year, but after all, the research time is still short and there are not many results that can be achieved. This nearly an hour of introduction almost emptyed the inventory in Zhou Shuo's belly.

As the content of this part ended, Zhou Shuo took a sip of water, pressed the controller in his hand, and the projector on the roof switched the background of the ppt.

A mobile phone design with a very sci-fi shape suddenly appeared on the projector's curtain.

"Let's talk about the rapidly developing Internet and the combination of wireless communication networks. Fanhan Group has always invested a lot of support in the field of network communications. The most important data pump chip for 56k modems commonly used in countries around the world is designed and produced by us."

Strictly speaking, Zhou Shuo's behavior, which is similar to boasting about advertising his own products, is generally not popular among university lectures. However, data compression chips are far away from students after all, and are more likely to face corporate customers. At the same time, many people are also very interested in Zhou Shuo's content in data compression and routing algorithms. Speaking of the chip design implementation of algorithms, it is still relatively close to the technology of Leiden University Laboratory.

It was precisely because Zhou Shuo grasped this key point that he started with the network application of mathematical algorithms and gradually pulled the content towards network equipment.

"Hello Mr. Zhou, my name is Allen. I am a professor in the computer department of Leiden University. Regarding the lss algorithm you mentioned before, I would like to ask a question."

Allen raised his hand halfway, and after Zhou Shuo nodded in agreement, he stood up and asked for instructions.

Today's lecture was originally an exchange lecture. Zhou Shuo's reputation is not so famous in Europe. After receiving the consent of the speaker during the lecture, you can still ask questions immediately.

As a scientist at the Computer Science Institute of Leiden University, Allen focuses on the chip design of data communications, otherwise Zhou Shuo's speech outline would not be handed over to him in the end. It has been two or three years since Zhou Shuo applied it to his own router. He asked himself that he had studied this algorithm very thoroughly.

Allen stood up in his seat, flipped through the notebook in his hand, and said with a serious face: "There is a flaw about the lss algorithm. I wonder if Mr. Zhou has noticed it? When using this algorithm, during the unpacking, subcontracting and packetization, the probability of packet loss may be greatly increased due to the pointer problem of data compression. At the same time, this algorithm is not utilizing the routing tables, which is 15% wasted performance than the algorithm currently used by Cisco..."

To be honest, when Allen was studying the lss algorithm, he did not do it with the mentality of finding faults. In fact, for the routing equipment produced by Fanhan Electronics, the industry generally believes that although its performance is still incomparable to Cisco, some features are still very attractive. For the lss algorithm, although there is a problem of packet loss and the phenomenon of wasted computing power, this algorithm has one of the biggest advantages, that is, it has a very low burden on the system.

The low burden on the system will naturally increase stability, reduce energy consumption, and thus reduce heat dissipation, and increase the service life of the equipment...

The performance is slightly low, but therefore it has increased performance over very long periods of operation and other aspects. It is really hard to say which one is better or worse. The newborn zlink company has consolidated part of the market step by step with this differentiated competitive strategy.

Although Cisco once felt that zlink might be a threat, after analyzing the lss algorithm, it also believed that this algorithm was aimed at the market segment. Although its distinctive features helped zlink open up the market, it would also prevent them from continuing to expand their market share. This is not unacceptable for Cisco, which is in a rapid growth stage.

Of course, after twenty years, the network equipment market is stable and companies occupy the land in almost all fields are king. Cisco will not be so polite to Cheng Yaojin who suddenly came out.

But now is the time when the network equipment market is expanding sharply. Instead of competing for the market segment with a small company, it is better to expand the market even more cost-effective.

Anyway, the two problems pointed out by Allen are indeed flaws in the routers sold by zlink.

Zhou Shuo stood on the podium and looked at many people in the audience with gloating expressions after Allen asked questions. After all, it is not very common to see a young billionaire in his twenties being defeated. It can even be said that it must be an interesting thing about the village without this store. Everyone may not have many bad thoughts, but it is indeed a jealousy in his heart.
Chapter completed!