To be honest, when Wang Fu heard that Gu Ao wanted to talk to him about the battery's electrode technology outlook, it was really a bit surprised.

But Gu Ao's reputation accumulated over the past decade does not make people think that he is a completely liberal arts bureaucrat.

After only a few seconds of searching for the deeds in his mind, Wang Fu quickly laughed and supported him: "What does Mr. Gu say? Who doesn't know in the world? Although you are studying in liberal arts in college, it's just to obey the needs of the country.

Your science skills, including your deeds in breaking through the technical difficulties of membrane helium making machines for us Chinese, are obvious to all, and even foreigners know it."

The reason why Wang Fu was able to be very knowledgeable about these deeds was, on the one hand, because he had a little admiration for Gu Ao before, so he knew about it - but his admiration was definitely not as admiration as those of Wang Dong, who were engaged in management.

At present, all those in China who do business in business management and business will read Gu Ao’s works every day before going to bed. It seems that if you don’t read it, you will feel uncomfortable all over. You can do miracles after reading it.

On the other hand, Gu Ao's early deeds have been able to further popularize literacy in recent years because his wife Xiao Sui has not been idle in the past two years of farming.

Since the beginning of last year, Gu Ao's children are one and a half years old, and they have learned to speak more smoothly, so they are not that annoying. Xiao Suiteng came out and wrote a book called "The Biography of Gu Ao", which is of course only the first volume, because Gu Ao's life is still growing.

The first volume of this "Biography of Gu Ao" only records Gu Ao's career before he was 25 years old (basically covering the first 10 years of Gu Ao's journey through time). After it was released, it actually sold more than 8 million sets in China within one year, covering at least 20 to 30 million readers.

During the same period, the English and Japanese versions were also released, with 3.5 million units sold in the United States and 1.6 million units sold in Japan. Both countries ranked among the top five bestsellers in all categories in 1990, and ranked first in the bestsellers in the commercial/biography category.

If you really calculate the royalty income, you can earn millions of dollars in publishing an autobiography in China (selling a book in 1990s only costs a few cents to a few dollars, and the industry practice seems to be more than ten percent of the price). The publishing industry in the United States and Japan is relatively high, and a book can earn several dollars, and the total overseas manuscript fee is more than 20 million US dollars.

It’s a pity that people like Gu Ao don’t care about this little money. Even if it’s the author Xiao Sui’s private money, this is only the first year. According to Gu Ao’s momentum, it will be easy for Xiao Sui to make nine-digit dollars by just making her husband’s biography in the future.

I won't mention these old news yet. Let's talk about the first volume of "The Biography of Gu Ao" written by Xiao Sui, which mentioned some glorious deeds of Gu Ao when he was 16 years old, preparing for the exam and even later in his freshman year in the School of Foreign Affairs.

Including his family's ancestors, both generations were technical workers, and were engineers, and worked in a state-owned enterprise for cutting-edge refrigeration machine technology in China (my father was supposed to be just a "technical worker/technician", but because he later became the factory director and now retired, he went to Xiao Sui's biography and beautified a little. He became an "engineer" and seemed more educated, but this level of giving is nothing, and it is too much for others to write autobiography)

It was also mentioned that Gu Ao was only fifteen or sixteen years old, because he was "interested since childhood, had a family background, and studied hard in foreign languages ​​in special times, and made significant contributions to China's breakthrough in the technical bottleneck of membrane air separation equipment."

When writing these places in the biography, it also quotes classics and lists very detailed references and sources. Like writing papers, it lists several technical patents applied for by Gu Ao in 1980 in Xiangjiang.

Patents are applied for by one country, but as long as you give an agency fee to the office in Xiangjiang, they will pack them up for you. If you want to apply in many major countries around the world, people will help you prepare them properly.

In addition to patent archives and the causal context of the application, the biography also clearly quotes records from some related academic journals in the field of materials engineering, and states that the period of a certain year and a certain academic journal publishes related industry papers signed by Gu Ao, all of which were written by Gu Ao after the college entrance examination and even in the semester of the freshman year.

Most of them are national academic journals in China, but there are also one or two international journals.

It is not surprising that domestic journals are published, because Gu Ao was already a student of the School of Diplomacy at that time. As the first top student who secretly resumed school in the School of Diplomacy, he was also hiding in the Beijing, the most widely-seen circle in the publishing industry. He must have many ways to publish papers in national technical journals.

As for the one or two articles published in less famous overseas journals, of course, Gu Ao secretly spent the resources in the circle when he found a lawyer in Xiangjiang. However, it can be considered as a SCI impact factor of two or three points.

Therefore, in the public opinion environment of the world's mainstream technology power, Gu Ao's innovation in the field of "membrane air separation technology" has been confirmed with the publication of this biography. Everyone also believes that "the boss behind Tiankun and Xiangjidian is indeed a little clever and genius who is both knowledgeable in literature and science, otherwise they would not have done such a big career."

In particular, I believe that Gu Ao has a strong character who is "good at confusion-oriented innovation and especially likes to break through the current inherent technological prejudice."

After all, he also wrote "The Dilemma of the Innovator", a brilliant and magnificent figure with a cumulative global sales of more than 10 million copies. It is confirmed before and after that, everyone is willing to believe that his academic foundation may not be solid, but his ability to flash his eyes is definitely world-class.

Don’t be caught by him in traditional technology with prejudices. If you catch it, even if you are not professional, Boss Gu can still get gold.

Moreover, this book started selling in the middle of last year. After more than half a year of cross-examination, it has long been recognized by the circle as an irrefutable truth-

Think about it, there was a so-called "working emperor" in later generations. Tang Jun, who was the president of Microsoft China, was caused by a falsification of his education. He was in the position of a business tycoon. He had many enemies staring at you and hoped that you would be fooled.

Gu Ao's status was far beyond Tang Jun's peak period, and naturally there were many people staring at him. So since August last year, tabloid reporters in the financial circle have successively been one after another. Whether in China, the United States, Japan, Gu Ao has become more eye-catching.

At first, he said that Gu Ao's paper must have been written by someone, and he also said that Gu Ao's patent was developed by others. Unfortunately, after a few months of fighting, he was refuted by the mountains of ironclad evidence.

After all, in 1978, Gu Ao had no power, so how could he use his power to suppress others? He must have real information to be able to get patents and publish papers.

Some people even got the original manuscripts and some recordings of the minutes of several technical seminars within the Qiantang Oxygen Machine Factory in the past two years, as well as Gu Ao's essays for the 1977th college entrance examination, and the provincial literary media interview records that shocked the marking department because the essays shocked the paper marking department...

All of them were dug out, and eventually Gu Ao's innocence became more known to the world. Even the Watson Post and Time magazine made a special topic on anti-counterfeiting.

Gu Ao's personality with both literature and science and explosive imagination was completely turned over by the whole world and became well known to everyone in the circle.

...

In front of Gu Ao, Wang Fu naturally had to talk about his experience and admiration after reading "The Biography of Gu Ao". It wasted several minutes of Gu Ao before he switched back to the topic.

"...Mr. Gu, your literature and science are well-known all over the world and are self-evident..."

"Okay, OK, I shouldn't have talked about this topic from the beginning, so hurry up and talk about the serious matter." Gu Ao's ears were calloused when he heard the compliment and quickly stopped him.

"I'm sorry, I'm so excited. Tell me your opinion." Wang Fu immediately corrected his attitude.

"The reason why I left you to talk is that I thought I had watched from the sidelines and listened to the report for nearly two years and found that experts in the field of metal salt battery technology were focused on the structure of the electrode metal salt material of the positive electrode.

Why hasn't anyone optimized the graphite material of the negative electrode? Is there no room for efficiency improvement in that part? To be honest, although I didn't know much about battery material technology before, my resources are here. I have never eaten pork and I have seen many pigs running.

In the past two years, I have heard reports from domestic technology leaders and top Japanese experts for more than a dozen times. Everyone is satisfied with the graphite materials on the negative electrode and does not think there is anything to optimize. I want to see if young people have the idea of ​​being braver."

Wang Fu was a little embarrassed. He studied for three years in the Nonferrous Metals Research Institute, had three years of research qualifications, and all his experience told him that there was no room for exploration: "Mr. Gu, although materials science is still mainly trial and error, he still has to talk about some theoretical physics. Graphite, as the negative electrode of a battery, is already an efficient element.

Moreover, as a single substance, the only thing to do is tone the atomic sorting structure. However, the characteristic of graphite is that the atomic layer columns are very loose and easy to be metasteric. How could anyone study this?

It has been mentioned in popular science articles in primary schools that graphite and diamond are both manifestations of carbon element elements. The hardest reason is because of the stable triangular atomic architecture, while graphite is the softest because of the loose lamellar structure."

Gu Ao was not moved: "I have also learned about relevant science, but the so-called graphite structure's 'loose layer column' should just say that the layers of graphite atoms are loose? Between the single layer itself, the hexagonal atom diffusion structure should be very stable. Then why hasn't anyone thought of reducing the number of graphite layers to promote the long and avoid the short-term properties?"

Middle school students who pass the physics and chemistry level should understand this, but I will explain it. Generally speaking, graphite is very soft, which is equivalent to saying that in a ball of "building" composed of many graphite atoms, the columns are very soft and as fragile as plasticine, but the floor slabs and beams are very tough.

The hexagonal structure of each layer of graphite atoms is still very stable. The unstable one is only between each layer, not within each layer. It is equivalent to the fact that even if the pillars collapse because of the softness of the pillars, it will still be a whole building on the ground. The entire floor of a single floor cannot be broken. (It is not very appropriate, but just this is the metaphor)

Wang Fu couldn't pay attention: "But one millimeter of graphite has 3 million atomic layers. No matter how thin your material processing technology is, there are still thousands of layers at the micron level, and several or even dozens of layers at the nano level.

I know Xiangji Electric is also your industry. You are a semiconductor manufacturer. You should know that the minimum processing accuracy of Xiangji Electric's mass production is only 500 nanometers, and small-scale laboratories should not be less than 300 nanometers. Then the thickness of at least hundreds of layers of carbon atoms will not affect the material characteristics at the quantum level at all."

Who made you cut it?

Of course, Gu Ao didn't say this last sentence.
Chapter completed!