After settling the anger that had accumulated in his heart for a long time, Guang Linyun was in a very good mood. He gave himself a few days off to rest and relax in the paradise.
Xiao Tao's table full of good dishes made Guang Lingyun praise them endlessly. Looking at the latest movies and news in the world, Guang Lingyun sat on the chair happily! It was rare to have such a good mood in life.
At this moment, Guangling Yun suddenly remembered something. He wondered how the nanomachines mining experiment was going. If he succeeded, he would undoubtedly gain an important source of income, and the extremely important material problem that had always hindered the progress of Peach Blossom Land's technology would be solved.
A clever housewife can't cook without rice. All advanced technologies, no matter how high-end or complex, were built on the basis of corresponding materials. Without the materials, everything would be impossible.
Although Blue Moon was super advanced and could derive and research many super advanced things based on scientific laws and experimental data, without the corresponding materials, nothing could be created. It was still useless and would not produce any power.
Although Guangling Cloud had made some achievements with his wealth, many high-end materials and technologies couldn't be bought with money. Moreover, nanotechnology was still being researched internationally and domestically. He and Blue Moon were also groping in the dark. The materials and technologies he needed were not available in many markets. Where could he buy them?
For example, the following examples could explain many problems.
The alloys used in aerospace or submarines were the high-strength alloys used for deep diving. At present, China could not make them. There was a price but no market.
Electronic-grade silicon was a key basic material for integrated circuits and was also the purest type of silicon material. The purity requirement for solar-grade silicon was only 99.9999%, while the electronic grade had five more 9s. To put it more vividly, the impurity content in 5000 tons of electronic grade silicon was only about 6 grams, which was equivalent to the weight of a 1 yuan coin. At present, there was a shortage of goods both domestically and internationally.
Fullerene, a new type of carbon material, was known as the " nanoprince."
It was also known as a bucky-ball because its structure resembled a football. Like diamonds, graphene, and other materials, it was made of carbon atoms. How expensive was the most expensive material in the world? The University of Oxford once sold a product with 200 micrograms for 22,000 pounds, which was equivalent to 1 billion yuan per gram.
So expensive, what could it do?
It could make the GPS navigation of the mobile phone accurate to 1 mm; It can make the GPS navigation system of the driverless car accurate to 1 mm; It can extend the life of the oil by 30%; The composite system that could be formed with the alkali-metal was an excellent high-temperature superconducting material with a superconducting critical temperature as high as 46K. It can help organic solar cells achieve a conversion efficiency of 6.5%; It could also be used in the fields of semiconductor, catalyst, and battery materials. They could also produce a magnetic resonance contrast agent based on the Fullerene and a new drug to treat cancer. It was currently the strongest anti-inflammatory component on the market. It could delay the aging of the human body, suppress the production of black matter, control free radical, achieve the effect of whiteness and anti-aging.……
It was so awesome, but it was too rare. At present, only a few countries in the world had achieved mass production of graphene. The production was only in the kilogram level, and they were not sold to the outside world, so it was very expensive.
There was also a large amount of gold, silver, diamonds, graphene, laser rubies, rare elements, and so on. How much would it cost if Guangling Cloud bought all of them? Moreover, it was difficult to buy a lot of them even if one had money!
Guangling Yun walked towards the nanomachines mining test site.
The walls of the pool were sparkling and dazzling. The walls of the pool in the southeast direction should be the elemental iron crystals in the ore, which were slightly darker in color. The wall of the pool in the northwest direction should be made of elemental silicon crystals. Its surface was extremely smooth, and under the reflection of the sunlight, it emitted a dazzling luster.
It seemed that the nanomachines 'directional transportation technology was very successful.
The thickness of the elemental iron crystal was about 0.8 cm, while the thickness of the elemental silicon crystal was more than 2 cm. At the bottom of the pool was a layer of " mud and stone " with a honeycomb surface. These deposits were actually rocks that the nanomachines could not " digest " for the time being, as well as other parts that were set as waste. In fact, if these deposits were crushed and ground, and the robot's program was switched to full transportation, given enough time, they would definitely be completely decomposed.
Shut down all the nanomachines that were still operating. Guang Lingyun used a water pump to drain the water in the pool. Then, he called the working robot and cut two square plastic plates with iron crystals and silicon crystals on the wall of the pool with a cutting machine. He took them to the laboratory and asked Blue Moon to strictly test and analyze the production, energy consumption, crystal purity, and other scientific indicators of the materials.
Currently, Taoyuan Technology's laboratory was very advanced. Physics, chemistry, optical, electromagnetic, microscopic, and many other fields of experimental equipment were very complete. Lan Yue's accumulated knowledge and experience were also quite rich and advanced. She was able to control many fields by herself. The terrifying aspect of her compound talent had just been displayed. No one knew how high she would grow in the future.
The knowledge used in modern cutting-edge science was very complex and detailed. A single talent had long retired to the second or third tier, and would probably be a screw for the rest of his life. Even a science expert would not achieve much in their lifetime. After all, the golden age of a person was only a short twenty years. The rest of the time was spent eating, sleeping, walking, studying, socializing, getting sick, earning money to support the family...
The results came out very quickly. Looking at the dense data on the big pages, Guang Linyun had a headache and directly looked at the conclusion.
To put it simply, the production of materials was very low, the energy consumption was relatively high, and the purity and hardness of the crystals were relatively high. One could count the number of 9s after the percentage.
It was different from what he had imagined! However, Guangling Yun felt relieved after thinking about it. Nanomachines were man-made creations, not divine creations. They weren't omnipotent. Perhaps one day in the future, nanomachines would be able to develop to an incredible level. However, based on the history of this technology, that day was still very early.
Be content!
Guangling Yun quickly thought of using the nanomachines to collect and manufacture high-end materials. High-purity silicon, high-purity gold, graphene, graphene, and carbon nanofibers could also be manufactured! This kind of high-tech should be used in places with high added value to create the greatest value in a short period of time.
Moreover, the country was still being tightly sealed by the western world for high-end technology and high-end materials. If they could make money by producing these things, they could also support the development of enterprises and the upgrading of the country's industry. Becoming an indispensable scientific and technological force that the country urgently needed and laying a solid foundation for himself to enter the aerospace field in the future, why not?
Guangling Cloud had increased the progress of cultivating nanomachines. To produce significant economic benefits, they had to cultivate and replicate them into tens of millions. At the same time, they had to develop and manufacture special nanomachines that could collect and produce graphene, graphene, and nanocarbon fibers.
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