Rebirth of science and technology academic master

The second start-up test of the ‘Golden Crow Device’ has ended.

Not only was Qin Yuanqing not idle, but he was even busier.

He has to review the list of merit-based rewards one by one. He makes the final decision on merit-based rewards within the headquarters. As for the list of merit-based rewards that are reported to superiors at the national level, he also needs his signature and approval.

In addition, Qin Yuanqing also needs to deal with confirming whether various materials are confidential and how confidential they are, and whether the paper can be published.

Qin Yuanqing almost wanted to split himself in half and use it. He never worked as early as 12 o'clock in the evening every day. He only went to rest in the early morning. In the morning, Qin Yuanqing was already working in the office before 8 o'clock.

As the commander-in-chief of the 'Golden Crow Project', Qin Yuanqing received the greatest training in management and coordination. He was able to manage tens of thousands of scientific researchers, and tens of billions of funds flowed out of his hands.

But in addition to management and coordination, Qin Yuanqing also needs to do many things personally. Otherwise, the 'Golden Crow Project' would not be progressing so smoothly until now. It can almost be said that Qin Yuanqing is pushing it forward.

"Related papers on the large-scale production of graphene!?" Qin Yuanqing looked at a paper in his hand and frowned slightly.

The "Jinwu Project" involves a large number of new materials, and graphene is naturally no surprise. With the help of the "Jinwu Project", graphene has finally left the laboratory and entered the stage of large-scale production. The technology involved is naturally highly sophisticated. , if it belongs to an individual, then relying on the large-scale production technology of graphene is enough to make a person directly among the top three super rich people in the world!

In the past, graphene was considered a revolutionary material in the future because of its excellent optical, electrical, and mechanical properties and its important application prospects in materials science, micro-nano processing, energy, biomedicine, and drug delivery.

Physicists Andre Geim and Konstantin Novoselov of the University of British Chester successfully separated graphene from graphite using a micromechanical exfoliation method, and therefore jointly won the 2010 Nobel Prize in Physics.

Normally, common graphene powder production methods include mechanical exfoliation, redox, and SIC epitaxial production. The thin film production method is chemical vapor deposition (CVD).

In China, it was not until March 31, 2018 that the first fully automatic mass-production graphene organic solar optoelectronic device production line was launched in Heze, Shandong!

With the gradual breakthroughs in mass production and large size, the industrial application of graphene continues to accelerate, and it has huge application prospects in the fields of mobile devices, aerospace, and new energy batteries. However, the production cost of graphene has always been a headache, and it also limits the large-scale application of graphene.

In this "Jinwu Project", Qin Yuanqing participated in the improvement of the batch production process of graphene, thereby achieving large-scale production of graphene, reducing the production cost of graphene by more than ten times.

This technological breakthrough is not only used in the "Golden Crow Project", but also in anti-gravity devices and aerospace engineering. It can be said that China has made great breakthroughs in aerospace technology, which has a lot to do with the extensive use of graphene.

For example, chemical sensors made of graphene have good sensitivity because the unique two-dimensional structure of graphene makes it very sensitive to the surrounding environment. This kind of chemical sensor is not only used on satellites and rockets, but has also been used in medicine to detect dopamine, glucose, etc.

For example, graphene is used to make transistors. Due to the high stability of the graphene structure, this kind of transistor can still work stably at a scale close to a single atom, greatly improving the performance of some devices on satellites.

It can be said that graphene has great uses in both civilian and military fields. Hundreds of related patents have already been applied for through the green channel, but confidentiality is set up in many aspects to avoid being disclosed overseas. Get technology.

Qin Yuanqing pondered for a while and made suggestions for modifications to some parts of the paper, but to avoid leaking core secrets.

He does not object to researchers publishing papers, because papers are the embodiment of academic research results, and researchers will need papers as support in the future, whether for evaluation of professional titles or other aspects. Who among the real bosses doesn’t have one or two valuable papers?

When you reach a certain academic level, what matters is not the number of papers, but the quality of the papers. The most important thing is how many citations your papers have.

Why Qin Yuanqing's status is recognized as the ceiling of today's world academic community is not only because of the world-class problems Qin Yuanqing has overcome and what world-class results he has produced, but also because Qin Yuanqing's works have been praised as bibles by countless scholars, and Qin Yuanqing's papers He has been studied and quoted by countless people. Based on some of his ideas and papers, many disciplines have been derived, feeding most of the mathematics and physics circles!

"Everyone is still so enthusiastic about papers. If I remember correctly, this one should be the thousandth paper of the 'Golden Crow Project'!" Qin Yuanqing wrote down his opinions and put them next to the table. Naturally, there were assistants who would carry out the work. deal with.

It has been almost four years since the launch of the 'Golden Crow Project'. More than 100 billion in scientific research funding has been invested. The project is progressing smoothly, many technologies have made major breakthroughs, and many papers have naturally been produced.

A related paper like Graphene is just one of them.

So far, less than one-third of the papers submitted to Qin Yuanqing can be published. The rest basically need to be kept confidential. There is a confidentiality period. Only when the confidentiality period is up will it be declassified and allowed. Published papers.

If you use your own funds to do research, you will naturally produce results and write a paper, and the paper can be published whenever you want. But I’m sorry if the funds come from the public. In many cases, the results do not belong to individuals, but to the country and the collective. You only have the right of signature, but no ownership of the results.

Naturally, when it comes to confidentiality, confidentiality regulations also need to be followed.

This is the second startup test of the 'Golden Crow Device' that has just ended. As all aspects of work progress, more papers will be produced. The entire 'Golden Crow Project' has produced over 10,000 papers. Qin Yuanqing is not surprised at all. , and this paper is not full of moisture and cannot withstand scrutiny like an undergraduate or graduate thesis, but a paper that is valuable.

Of course, it is not just the 'Golden Crow Project' that is a major producer of papers, the 'Double Ring Space Station' is also a major producer of papers. As space activities have become more frequent in recent years, papers have been produced one after another, so that last year, the space station Among the papers related to the field, Chinese scholars have published more than half of the world's papers, and the quality of the papers exceeds that of any other period.

"That's it? Vomiting blood? Send to the hospital for rescue? Still in a critical period!?" Qin Yuanqing was watching the news in the cafeteria while eating lunch. The news was broadcasting reports about the second start-up test of the 'Golden Crow Device'. One of them It was about overseas opinions on this experiment, and then we saw what happened on the other side of the ocean.

Qin Yuanqing was extremely disappointed. He couldn't bear it. He couldn't bear it just because one test was a complete success. If China built the first fusion nuclear power plant, he would be dead.

But apart from being disappointed, it is even more sad!

This kind of spiritual Americans are always full of sadness. Maybe other people would choose to find another way under such circumstances, but these spiritual Americans choose to be buried with them. Faced with these chaos, they may even become schizophrenic or insane.

To be honest, Qin Yuanqing was not optimistic about the Z machine project from the beginning. Although the Z machine only needs a small amount of electricity to ignite, it can generate 290 terawatts of electricity. This terrible amount of electricity is equivalent to 80% of the world's total power generation. times. It can generate temperatures of up to 3.5 billion degrees Celsius, the highest temperature ever created by humans. Theoretically, this is also a possible way to achieve controllable nuclear fusion.

But you must know that the key to controllable nuclear fusion has never been how high the temperature is. In fact, controllable nuclear fusion only needs to maintain a high temperature of 100 million degrees Celsius to ensure the occurrence and operation of nuclear fusion, and the energy produced is far higher. More than nuclear fission. The key to controllable nuclear fusion has always been about continuously confining the plasma at high temperatures.

After all, humans cannot create materials that can withstand high temperatures, let alone 10 million degrees Celsius, 100 million degrees Celsius, or one billion degrees Celsius. Even materials that can withstand high temperatures of 10,000 degrees Celsius cannot be made.

As long as these are not resolved, controllable nuclear fusion will be out of the question.

"Sandia National Laboratories is also depraved. They fabricate data and fool others for the sake of funds!" Qin Yuanqing couldn't help laughing when he heard the test results of Sandia National Laboratory's controllable nuclear fusion project.

I guess this is just to deceive laymen. It is simply impossible to deceive insiders.

Once upon a time, Sandia National Laboratories was the world's top laboratory, engaged in cutting-edge scientific research and development work. Many people tried their best to get into Sandia National Laboratories and were proud to enter Sandia National Laboratories.

And now, Sandia National Laboratories is also giving up its integrity for the sake of scientific research funding. This is a huge disappointment and a setback for science.

Qin Yuanqing sighed. Not a single snowflake under the avalanche was innocent. After more than thirty years of wandering, he finally received his retribution.

Sure enough, good will be rewarded with good and evil will be rewarded with evil. It’s not that there will be no reward, it’s that the time has not yet come!

What Qin Yuanqing thought about more was that China must learn lessons and always remember to draw lessons from past mistakes and guide future events! I hope China will not get carried away so much that it forgets everything and then repeats the same mistakes!