reborn industrial empire

Chapter 538 New Ideas

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In the field of solar energy, many materials have been tried before as the best solar energy conversion medium, but after so many years of research, scientists have finally determined that only silicon wafers are the most suitable as a solar energy conversion medium.

At present, the mainstream technology used by the world's largest solar technology R&D companies is still focused on how to adjust silicon wafers and how to produce smaller chips, so that they are more suitable for capturing the heat brought by the collected solar rays.

Converted into electrical energy and stored.

Because there has been no breakthrough in conversion technology, the conversion efficiency of solar energy has not been very high. Scientists have tried various methods to change the arrangement of silicon chips to improve the photoelectric conversion rate, but the results have been poor.

This has also resulted in the embarrassing situation that the utilization of solar energy has not been able to be expanded, and the utilization and efficiency have not been able to reach the highest level.

Some scientists have also thought that the key to solving this problem is to adjust the internal structure of the silicon wafer to achieve the purpose of converting solar energy into electrical energy more effectively. However, this involves many other aspects, so currently many scientists still

Technology in this area has been researched, but the results have been minimal.

Matt and Edwards are undoubtedly experts in this field and pioneers in this field. When they first met Jin Xiaoqiang, they mentioned to him that they wanted to produce the latest silicon wafers.

idea, and also conducted simulation experiments on the computer.

Their most basic idea is to use certain technical means to adjust the molecular structure inside the silicon wafer, so that the molecular arrangement of the silicon wafer changes the traditional order, so that it can capture and collect light more effectively.

The basic principle is to use the adjustment of the molecular arrangement inside the silicon wafer to make the two inefficient red photons in the panel more quickly synthesize into a yellow photon, achieving the same frequency as the yellow photon in the sun's rays.

This can capture photons in solar rays more effectively and quickly, and convert them into electrical energy for storage.

And this technology was named turbocharged solar technology by them.

At the beginning of the cooperation, when Jin Xiaoqiang visited their laboratory, the two of them conducted simulation experiments on the computer to demonstrate the principles of this technology and the new silicon wafer they had created virtually.

The internal molecular arrangement is very reasonable in Jin Xiaoqiang's opinion, so in his opinion, the feasibility of this technology is also very high.

But now almost two years have passed, and Jin Xiaoqiang has spent more than 300 million US dollars on this laboratory. Of course he hopes to see the results of this experiment.

But just after Jin Xiaoqiang raised his questions to the two experts, Matt and Edwards showed very embarrassed looks on their faces.

"I'm sorry... Mysterkin, in the past two years, the two of us have worked hard and carried out tens of thousands of experiments with many student assistants. However, in the end, the silicon wafers produced each time had internal structural adjustments.

, are not very ideal. We have also tried many methods, such as improving the silicon wafer growth furnace, or applying light frequency or sound frequency shock vibration to the silicon wafer when cultivating it in the growth furnace.

But the final results are not ideal. The silicon wafers grown have never achieved the kind of molecular arrangement we want. Therefore, we have not been able to achieve anything big in this turbocharged solar energy.

Progress. But please rest assured, Mysterkin, we have accumulated a large amount of data. After we go back, we will definitely continue to intensify our efforts to conduct experiments and strive to overcome this problem as soon as possible..."

Matt is more talkative than Edwards. At the same time, he also knows that they have spent more than 300 million US dollars over the past year, but there has been no progress on the most critical projects, so he also feels very anxious.

, and at the same time, he is worried that Jin Xiaoqiang will stop allocating funds for this project because of the delay in achieving breakthroughs in this project, thus losing confidence in the project's listing.

That's why he stumbled and explained to Jin Xiaoqiang, fearing that Jin Xiaoqiang would be unhappy and cut off the funding supply to their laboratory in the future.

You must know that there are many scientists like them around the world. After studying a project to a certain depth, everyone will have their own ideas and opinions about the project.

However, if you want to be able to put your ideas and insights into practice, you will need a lot of financial investment. On the one hand, these funds come from university funding, on the other hand, from national appropriations, and the last one is to find a suitable university.

Investors share scientific research results with each other, and then obtain investment from investors.

Now Matt and Edwards have resigned from the university to engage in research, so there is definitely no funding from the university, not to mention state funding. If they have nothing to do with the government's scientific research department, they want to get funding.

That is simply more difficult than climbing to the sky.

It is even more difficult to find a suitable investor. First of all, the investor must not interfere too much with their experiments, and secondly, he must be able to spend large sums of money on them without interruption.

, how difficult is it to find such investors in today’s world?

Now it is rare that they have met Jin Xiaoqiang, an investor who meets their standards very well, so of course they do not hope that Jin Xiaoqiang will quit because of their temporary failure.

That's why the two scientists humbly explained to Jin Xiaoqiang the reasons for their failure, and also said a lot of encouraging words to give Jin Xiaoqiang hope that he would not withdraw funding.

To be honest, Jin Xiaoqiang was really disappointed after hearing the answers from Matt and Edwards. As a businessman, he certainly didn't want his more than 300 million US dollars to be wasted like this, but now Matt and Edwards

Edwards' side has been unable to make a breakthrough, which also makes him very anxious.

So should we continue with this project?

Suddenly, an idea flashed in Jin Xiaoqiang's mind. He thought of the bracelet composed of unknown biological cells on his hand. It was the nano-cells secreted by this bracelet that allowed him to adjust his body.

The molecular structure of engine oil can achieve the maximum cooling effect, and then be used in its own dual-clutch transmission and turbocharger. What if this kind of cells are used in the cultivation and growth of silicon wafers?

Will this kind of cells also be able to adjust the arrangement of the internal molecular structure of silicon wafers during growth?

If it were possible, wouldn't it be possible to solve the problem of adjusting the internal molecular structure of the silicon wafer that has troubled Matt and Edwards?

Thinking of this, Jin Xiaoqiang couldn't help but feel refreshed. Yes, why hadn't he thought of this earlier?

You must know that before, I have been paying attention to the development of automobiles, and may have ignored the issue of large-scale application of this kind of cells, and I also inadvertently relied on this kind of nano-cells to solve the problem of engine oil, and because

I entrusted the research work on this kind of cells to Dr. Herries, so I never paid much attention to it and ignored the divergent application issues of this kind of cell biology.

If this kind of cell can really change the molecular structure arrangement of any substance, wouldn't it be possible to produce any substance it wants?

We must know that the most critical essence of many substances in the world today is that they express their different material properties through the different arrangements of their molecules, thereby manifesting different material properties in their external appearance.

Therefore, a small change in molecular structure may not show much on the surface, but when the molecules with changed order are combined together, perhaps a new and unique substance is born...

Jin Xiaoqiang was silent where he sat, but a brainstorm had already started in his mind, and the more he thought about it, the more excited he became, because he had already thought of many things that he had never considered before.

problem.

If all my ideas can be put into practice one by one, then there may be a new era of technological revolution in the world in the future, and the essence of this revolution will be from the material itself.

The revolution began...

Matt and Edwards, who were sitting opposite Jin Xiaoqiang, saw that Jin Xiaoqiang had been sitting there silently. At this time, they were also anxious in their hearts, fearing that Jin Xiaoqiang would come out of their company if he got angry.

Withdrawal of capital, and looking at Jin Xiaoqiang's unhappy look, the more they thought about it, the more frightened they became.

After all, whoever had spent more than 300 million US dollars on it, only to see nothing, would have been annoyed.

"Well, let's do this! After Matt you go back this time, you first go to China and set up a silicon wafer production base for me there. It will be small enough for a laboratory. I plan to recruit a group of talents in China.

, and then walk on two legs, conducting research at home and in Australia at the same time. You can rest assured that your funding will not be reduced, but in order to complete the public relations of this technology as soon as possible, you need to provide some information and technology.

Do you think it’s okay?”

Jin Xiaoqiang's words are undoubtedly the sound of nature to Matt and Edwards. Not only will they not withdraw their investment, but they will increase their efforts. Although they need to contribute technology and processes from their own side, as long as he still supports this scientific research project

, then it’s easy to say anything.

What's more, they don't want to withdraw funding, but they want to increase their experimentation and plan to walk on two legs?

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