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After chatting with Lin Hongyi, I returned home and arranged for Lu Xuelian to help sign the contract, go through the process of renting the Red Star Theater, and a series of transfer procedures and operating procedures. It’s really a piece of cake for Lu Xuelian’s elite team to handle such things. Moreover, Zong Renwei was very cooperative and helped find many connections, so everything went smoothly.

Ding Mu focused his energy on particle architecture again, and it was time for those grandsons to scold him for so long!

Meimei, Ding Mu called the system intelligent assistant in his head. In my black technology reserve, are there any very classic special compounds? It is completely different from the current knowledge system of physical chemistry, and it is relatively simple in structure.

Only less than a second passed. Meimei replied, and a structure was projected in Ding Mu's mind. Ding Mu suddenly remembered that this substance was a compound of helium and should be called helium sodium.

It has long been thought that the noble gases—helium, neon, argon, krypton, xenon, and radon—are the least reactive chemical elements on the periodic table. Helium, in particular, has its outer shell full of electrons and can theoretically no longer interact with other atoms to form stable compounds. So while other noble gases like xenon, krypton and radon have successfully reacted and formed new compounds under ultra-high pressure conditions, helium has so far failed to yield.

However, in the black technology reserves shared by Meimei and Dingmu, there is a very common data called crystal structure model. This helium nanocompound can be formed at a pressure of 1.1 million times the atmosphere.

The formation of this new compound not only breaks the inert image of helium, but also the bonding method between atoms is different from traditional chemical bonds: in the cubic crystal structure formed by alternating sodium atoms and helium atoms, the two atoms are not connected. Not held together by chemical bonds. It was found that each empty cube actually contained an eight-center two-electron bond. This bond is what makes this compound stable. It is precisely because the presence of helium changes the interaction between sodium atoms that once removed, the entire structure becomes unstable. There is no doubt that this structure is established, and this compound will subvert the inherent understanding of chemistry and change the textbooks!

However, this change to the textbook is too beneficial to Ding Mu’s particle architecture. Ding Mu’s particle architecture can precisely deconstruct this point, because in Ding Mu’s theory, he does not regard the relationship between elements as the relationship between molecular bonds and atomic bonds, but as fuzzy and dynamic relationships. ized. It is precisely because of this blurred relationship that the existence of helium sodium has become an excellent example in support of Dingmu particle architecture.

Ding Mu is already painting, this is the second article on the scholar platform. Helium compounds! It will take you to completely subvert the previous view of chemistry.

This time, Ding Mu was fully prepared and fully described the method of making this compound from the beginning. Ding Mu is not afraid that others will not believe it, because even if others cannot prepare it, they can still simulate it with a supercomputer. Nowadays, technology is very advanced. Using computer models to establish helium sodium can completely prove that the compound proposed by Ding Mu can reasonably exist.

Taking out his paintbrush, Ding Mu packaged a research story in easy-to-understand language and lively comics, then drew the crystal model in his mind, and finally explained:

“The results of this research were produced under changing scientific rules and under very extreme conditions, the likes of which are rarely found on our planet.

But such reactions can take place in a high-pressure environment that simulates outer space, so this study can help us understand how chemical reactions that occur beyond Earth would be different. For example, the centers of helium-rich gas giants like Jupiter and Saturn have environments similar to the one created in this experiment, providing insights into how chemical processes work on other planets.

This research also raises many questions about how we understand chemistry. Our understanding of chemical reactions stems from our knowledge of the known world. As long-duration space travel becomes possible, what we know about chemistry may only be the tip of the iceberg.

In the last sentence, Ding Mu did not mention particle architecture, but pointed directly at chemistry, all of which were aimed at Yuan Zuting, the self-proclaimed doctor of chemistry among the three venomous ones. The face was slapped. What you know about chemistry is just the tip of the iceberg, and you are still far from being able to understand things at a high level. I came up with this particle architecture because I looked at matter from the perspective of the universe. You short-sighted people are not worthy of me giving you a direct reply! I am just quietly scanning a large area with a stick. If you have the ability, there is no point in continuing to spray particle architecture. This particle architecture is of great significance in the space environment!

Ding Mu is now very confident. He believes that particle architecture will also become a prominent science in the future, because it will completely change people's inherent impressions of classical physics and classical chemistry. Particle architecture should be the main method for people on earth to understand matter in the space age.

After reading the article carefully and seeing that there were no typos or flaws, Ding Mu pushed the second manuscript to the Penguin Scholar platform.

This time, Ding Mu's actions were very low-key and he did not carry out any promotion, because there was always an idea in his mind that he was going to catch. Suddenly, Ding Mu had an idea again. The crystal structure of helium sodium is very suitable for construction. Wouldn't it be wonderful if I enlarged this microscopic crystal to look like a building? It not only realizes the architectural practical significance of particle architecture, but also fully experiences the monumental nature of architecture.

Ding Mu has the ability to draw, so he recreated the shape of Helium Na in his mind according to the architectural style. It was a square cubic crystal system in which spaces were alternately divided by circles, sodium and rhombus-shaped helium. Overall it should be said that it is still in the shape of a cubic crystal. Expanded according to the scale of the theater, the extension will be exactly the size of 144 balls, which represents the 144 Internet celebrities at the beginning of the establishment of the 144 Theater.

Ding Mu easily sketched out the 45-degree lateral pattern of the smallest unit of this crystal, which looked very nice. This serves as the LOGO of 144 Theater.

Theaters, cultural centers, hotels and apartments. All the elements of these three buildings are based on this crystal. The length, width and height are different, but the overall feeling is the same. The appearance of each building must be limited to 144 spheres, and the design scale proportions are limited.

Thinking of this, Ding Mu felt itchy. Although the layout of the old building cannot be changed, if it is slightly decorated according to my style, the fashion of the appearance will definitely be improved by more than one level. Imagine that it is the most eye-catching building in this area. If DMN144 performed in such a handsome place, it would be hard not to be popular!