Chinese entertainment for engineering students

What's more, the projects provided by Wang Xu include many sensors, sensors and the like. Most of these things are related to optical fibers, which are quite different from those commonly used today.

It is also a good paper and product after it comes out. After all, fiber optic sensors have just been put into practical use internationally, and many types of fiber optic sensors have not even been invented yet.

Wang Xu has also written a lot about fiber optic sensing that deserves attention. These are all directions, and professors will naturally be interested.

In this regard, the Department of Automation and the Department of Electronics have jointly undertaken many sub-projects. Anyway, the Department of Automation is a panacea and can be used for anything. Although Wang Xu is not rich, it is enough to make a lot of money.

Industry is like this. A single move affects the whole body, especially downstream industries such as automation, which are not generally dependent on upstream industries.

The Automation Department has always been one of the departments with the highest scores at Shuimu University. Wang Xu feels that it is his snake oil attributes that make him particularly popular in this era of extreme shortage of talents.

In the future, the directions for studying for graduate school and Ph.D. will be even more diverse, covering almost all fields.

But the problem also lies in his snake oil attribute. Being broad often means not being specialized enough. You can know everything, but you can't be proficient in anything.

Therefore, it is easy to find a job for undergraduates in automation, but it is difficult to find a doctorate. This is the reason.

Therefore, the automation department at the moment is still doing more work in the field of control, various automated controls, so they do odd jobs in the growth method, but take the lead in the supercomputing project.

This situation inevitably made the automation department feel a little sour. After all, the big achievements were all made by Wang Xu, and the results were all from outside departments, but there were no big breakthroughs on their own side.

What, if we are leading in the country, can it still be considered a breakthrough? I don’t like it now.

This is the typical mentality of the automation department now. There is nothing you can do. Wang Xu is from the automation department, so her parents have to complain if they feel sad, but Wang Xu ran away again in the past two days.

Okay, it’s not like one or two days. This guy’s time really needs to be reserved now.

Wang Xu actually thought about setting up a project for the automation department, but to be honest, the engineering department really didn't have any major international results to produce, and the blue light should be considered a good achievement.

But I can’t say that this thing can win a Nobel Prize. Even the young scientists who won the award didn’t think it was a Nobel Prize-level achievement at first.

To be honest, this thing is important only in the industrial field, and in science it is really just that.

However, with blue light, there was a trillion-level international lighting market, and it saved energy on a large scale, was energy-saving and environmentally friendly. It would be reasonable to give a Nobel Prize for such a thing.

Moreover, it is not certain that Chinese people can win Nobel prizes for inventing this in their childhood.

On the other hand, graphene may actually be possible. After all, this result is somewhat unavoidable, and scientists who will conduct various similar studies in the future cannot agree.

But again, when you can achieve success depends not only on the achievement itself, but also on the international environment.

Many experiments have been carried out to generate gallium nitride crystals on copper plates. The thickness of the gallium nitride film has been controllable, and experiments on doping metal ions have also been carried out. The next step is to make diodes and then test them.

The thicker ones have been taken away by people in military uniforms, and they went back for the next step of testing and trying to produce T/R units.

Everyone knows what it is used for. With the crystallized gallium nitride substrate, the irradiation power can be increased a lot and the yield will be greatly improved.

Various upgrades to roadbeds and seabeds are not just around the corner, but they are definitely not far away.

It is said that the nearby university that is engaged in military industry is also building a new laboratory, and some research will be placed there nearby.

For Blu-ray, it should be said that the Automation Department is very involved. Although the finished product is placed in the Materials Department, the research and development of the core equipment (or is it more appropriate to say copycat?) is all done by the Automation Department.

The final product of the diode will also be produced by the Automation Department, and the names will naturally fall on Professor Yan and Wang Xu.

In Wang Xu's eyes, this achievement, regardless of whether it ultimately wins the Nobel Prize, is a top-notch achievement that cannot be missed.

However, even Professor Yan did not fully understand the importance of this achievement. The focus of research and market thinking is different, especially this kind of market that has not yet formed.

After all, red-light and green-light diodes have been manufactured for a long time, and weak blue-light diodes are not absent either. Therefore, it is really difficult to explain what level of achievement blue light diodes are nowadays.

But no matter what, it should still be okay to re-release "Nature" when the Blu-ray comes out. At least the meaning in China will be equal, right?

There is "Science" on the materials side, and "Nature" on the automation side. It can be said that both rain and dew have been touched.

Let's go back and assemble the laser diode. This thing is not very complicated. You don't need to buy technology. You can just study it directly on the basis of the existing substrate. The growth method is not limited to the growth of gallium nitride.

But many types of single crystals can be greatly developed because of this. In fact, this is the core of this research, and it is also an important reason why the automation department can get the majority of blue light.

Among the series of things provided by the system, this growth method is the one that Wang Xu thinks is the most sci-fi, because it is really a processing method that Wang Xu has never heard of before.

Although its principle does not deviate from the existing knowledge system framework at all, the results are so amazing that Wang Xu even feels that the potential of this thing should be far more than that.

Not only Wang Xu thinks so, but Shuimu's professors also think so. This part of the information has the highest level of confidentiality. Only Professor Duan, Professor Yan, and several department and college leaders have seen the complete content.

Others at most knew a brief introduction to such a single crystal generation method, and even the final assembly of the equipment was completed by Wang Xu himself.

This is why even the military wants to get materials from Mizuki. As the experiment continues to deepen, it seems that the confidentiality level of this thing is also constantly improving.

Wang Xu would definitely not use the core of this growth method to publish a paper, otherwise this would be a truly heavyweight invention, much more important than blue light.

Wang Xu knows, Professor Yan knows, the department knows, Shuimu knows, and the superiors also know. Everyone has not even mentioned how to deal with this thing, and they have tacitly mentioned the confidentiality level again and again.

As a result, the automation department seemed very embarrassed. The big results in hand were too advanced and could only be kept secret.

The final result is just a light bulb. No one knows how important it will be in the future. Other achievements are at best domestically first-rate.

Forget about the feelings felt by the professors in the department.

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(See you tomorrow)