Black Technology Refresher Manual

The scientific researchers in white coats shuttled back and forth in the institute, following the instructions of a young man in a communication to carry out a series of experimental operations and feedback.

"Sheng Gong, according to your instructions, we are synthesizing a three-element system superconductor. It will take about 48 hours to see the results."

"I see."

Sheng Mingan finished speaking without raising his head, and the pen in his hand didn't stop, and the pen went like a snake, finishing in one go. When the sky was about to brighten, the tip of the pen stopped, staring at the formula on the draft and fell into deep thought. In his mind was the superconducting electron pair generation evolution process.

In the bright blue space, the terminal A is filled with scattered electrons, and the current is connected, which stimulates the electrons to move to the terminal B, and the opposite current is generated in the process...

At this time, there is a layer of lattice between the A terminal and the B terminal. When the electrons pass through the lattice, the ordinary material drags the electron flow to form a resistance, and a large amount of current is lost.

Superconducting materials form electron pairs to find the best way to pass through the crystal lattice, so that the resistance disappears and the current has almost no loss.

The analysis of atomic behavior by tunneling spectroscopy shows that different oxide superconducting materials and graphene superconducting processes, electron pairs pass through the lattice, and the atomic lattice is different from conventional superconducting vibrations...

For every atomic reaction process in the mind, one or several corresponding physical formulas will be born next to it, and the calculation process is all recorded in the mind?

"Under the original BCS theory, the electro-acoustic coupling causes the Fermi surface to form a Cooper pair, the fermions condense, and the rotational symmetry of the energy gap function (electron pair density) in the field is observed... Calculations confirm that the spin triplet state is a P wave Superconductivity. Majorana fermions found only in P-wave superconductivity in iron-based superconductivity... So far, in conclusion, the microscopic features of high-temperature superconductivity have been described."

At the end, Sheng Mingan put down his pen, breathed a sigh of relief, put the draft book next to the table, turned around and climbed into bed, pulled up the quilt and fell asleep.

After retreating for many days, he was mentally tense, and even in his sleep, he was full of electronic pairs running around. He couldn't sleep deeply at all. Now that the pressure was relieved, Sheng Ming'an instantly fell into a deep sleep.

After sleeping for ten or two hours, when I woke up again, I received a report from the research institute.

"Sheng Gong, according to your instructions, two different experiments have been started. The superconducting reaction after the multi-layer graphene is rotated by 1.1°, adding other copper oxides to stimulate the graphene superconducting and observe the waveguide superconducting. It will take a while The results."

"went well?"

"There is currently no data abnormality, and the experiment is proceeding according to the plan."

"How long will it take to see results?"

"Conservative estimates, the results may be available within 24 hours."

"Thanks for your hard work."

Sheng Mingan loosened his finger bones and told the research institute to wait for 24 hours for the three experiments. He had nothing to do in the next day. What would he do?

He took out his phone to check the messages of the past few days, most of which were messages sent by Chen Jingqiu. Sheng Mingan propped his cheek with one hand while reading and laughing, and couldn't help but stop when he slid down to the bottom line of messages.

[wait for me. ]

Sheng Ming'an searched back and forth many times but couldn't find the cause and effect of the phrase 'wait for me', let alone the specific time, which made him puzzled.

Is Chen Jingqiu coming to MIT?when will you arrive?

Sheng Mingan wanted to ask a question, but he typed it halfway, so he deleted it after thinking about it. Maybe Chen Jingqiu wanted to give him a surprise, or maybe Chen Jingqiu was fighting for a vacation time so he was not sure when he would come. The device improvement plan is being put on the construction agenda, and it is not so easy to be dismissed.

Don't bother him so he won't be distracted.

Sheng Mingan rolled around on the bed with his mobile phone in his hands, buried his face in the pillow, and raised his head after a while. His hair was disheveled, his cheeks were rosy, and his eyes were full of smiles. It seemed that Chen Jingqiu was about to come to MIT to see her. It made him so happy.

"It's time to get up." Sheng Mingan got up, put on his shoes and clothes, and went to the laboratory to complete the project assigned by Professor Weiss and the project he had applied for before.

Julian was also in the laboratory, and when she saw him, she took the initiative to joke: "The students and professors in the Physics Department of the Faculty of Science all know about your retreat in the dormitory for two weeks."

Sheng Ming'an was taken aback. It's not surprising that he went to ask Professor Weiss to ask for leave for several days. What surprised him was that so many people paid attention to him. Is everyone busy?

He asked the exit.

Julian: "You are the winner of the Wo Award, you look..." She suddenly approached, making Sheng Mingan feel uncomfortable. "It's also good-looking, just in line with Chinese and foreign aesthetics. Of course, every move is eye-catching, but you didn't notice it."

MIT students are indeed very busy every day, but they don't even have a little time for leisure and entertainment. Naturally, some people will pay attention to gossip, such as the youngest physics winner this year.

Sheng Mingan stepped back, put on a mask and said, "Isn't Western aesthetics slender and phoenix eyes and high cheekbones?"

"It's a stereotype." Julian folded her arms and said, "The aesthetics of the general public are all uniform. How could it be possible to not get beautiful Asian beauties? It's just that a small number of aesthetics are deliberately exaggerated by the media. Believe me, Shanda God, your model is very popular, so are you interested in ONS?"

"ONS?"

"Oh, one night sex."

"no thank you."

Julian waved her hand and explained: "I didn't invite it, it was someone else—oh, didn't I often look for you before, some people misunderstood your relationship with me, I clarified it, they thought I was a friend with you, so they couldn't contact you directly Just find me, hope I will bring a message and ask if you are interested."

She couldn't help laughing: "At least twenty or so people, both men and women. To be honest, there are a few of them who are particularly high-quality, and they are members of the school sports team and cheerleading team."

The most beautiful men and women in European and American schools are undoubtedly on the school sports team or cheerleading team.

MIT has more than [-]? More than [-] sports teams, and the group of students who are particularly outstanding in academics are often the most energetic ones in the MIT sports arena.

Moreover, MIT also has a school history of sports team members winning Olympic gold medals. You can imagine how prosperous the sports ecology is.

"Really?" Sheng Mingan showed a trace of surprise, but he remained unmoved and firmly refused.

"It's a pity." Julian shrugged, and then asked others: "Have you made any progress on your superconducting project?"

Sheng Mingan sensed the pure concern in Julian's words, and replied, "Everything is going well."

"Congratulations." Julian smiled and said confidently, "But the new theory of superconductivity must belong to me."

Sheng Mingan: "Then congratulations."

Julian accepted this blessing, and parted at the door: "Let's go." Then she walked towards another laboratory, and met her mentor at the door of that laboratory, and the two talked for a while before entering.

When Sheng Mingan found out that they were talking, Julian's mentor looked at him several times, perhaps out of curiosity to ask a few words.So? Thinking about it, he left Julian and the others behind, and entered the laboratory to do research until late at night.

At around ten o'clock in the evening, Sheng Mingan went back to his room. When he put the phone on the table, he noticed that the drawer seemed to have been moved. He carefully observed the placement of all the items on the table. It looked similar to what he had arranged when he went out in the morning. But there is still a difference.

Sheng Ming'an has a photographic memory, not to mention the daily work place, where the items on the table are placed, he can remember everything clearly.The pens that were originally placed on the books rolled down to the desk, the textbooks and notebooks on the simple bookshelf were in the opposite position, and the nail box in the drawer was misplaced.

He is the only one who has the key to the single dormitory. If he doesn't move the position of the desk items, it means someone sneaked into his dormitory?

The other party is looking for something.

What is he looking for?How did you get in?

Sheng Ming'an turned on the computer and traced the traces of brute force cracking the password, but since the computer stored quite important academic theories, he set the setting to automatically start the self-destruct program after being brute force cracked.

A burglar might have picked up on the warning, gave up on brute-forcing after a few tries, and didn't take the computer with him.

It may be because once he discovers that the computer has been stolen, he will not only start the file self-destruction program immediately, but also call the police, retrieve surveillance video, strengthen defense, etc., making it more difficult to start next time.

But who will it be?

Sheng Ming'an opened the bottom drawer, and there were notebooks in it. On the left was a used draft notebook, and on the right was a brand new unopened notebook.

It was obvious that there were traces of passivity on the left side. He stared intently for a few seconds, and then pulled out a draft summarizing the new theory of superconductivity from the cracks.

The book hadn't been flipped through, he probably threw it into the crack and the thief didn't notice it.The other notebooks were opened and looked at, but they were not lost. Maybe the thief took a picture.

Sheng Ming'an guessed that the purpose of the burglar was to come for his academic achievements.

It’s just that most of the academic achievements in his draft book have been published, and he is currently studying the subject of room temperature superconductivity. Not many people know about it, and there is only one person who happens to be interested in his academic achievements on room temperature superconductivity.

Julianne!

While meditating, Sheng Mingan tapped the table with his middle finger, thinking about how to solve this problem. In the corridor of the dormitory building? There is surveillance, but the corridor cannot be photographed, so it is useless to check the surveillance.

Under the premise that there is no property or academic achievements stolen, the school is unlikely to pay attention to it, especially the furnishings in the room are very neat, and it is only his own excuse that it has not been touched.

It is even more unrealistic to collect fingerprints. It is impossible for the police to file a case because of his suspicion that he has no evidence.

It seems that we have to strengthen our defenses in the future.

Sheng Mingan thought deeply, in his mind? First straighten out the formulas and deduction process derived from the draft, as well as the summary, and then open the computer document to start editing.

"A new set of theoretical induction on the microscopic response of superconductivity in unconventional superconductors: based on the premise of the near-free electron model, the BCS theory is extended to describe the observed characteristics of high-temperature superconductivity."

The keyboard was crackling, and the train of thought was extremely smooth. Strings of English letters appeared on the document smoothly, forming complete sentences.

When he finally stopped to rest, he took a closer look and found that the number of words was over [-] words, while top journals generally require the number of words to be kept at around three or four, with a maximum of five or six thousand words, but he has only written half of it now.

It can only be divided into two periods.

Sheng Mingan wrote the concluding remarks, opened another document, and continued to write the second paper. The word count exceeded [-]. Fortunately, it could be compressed to [-] words. In the end, the total number of the second paper was controlled at [-].

After re-examining the two papers two or three times, Sheng Ming'an thought for a moment and decided to choose PRL for publication. There was no reason, but the name of this journal appeared immediately.

After the thesis was sent, Sheng Mingan estimated that the publication of the thesis would not be until March or April next year at the earliest, because Christmas is coming.

Christmas in the West is equivalent to the Lunar New Year in China. Schools are generally closed two weeks before Christmas until January. PRL editors’ holiday is not so long, but it will also extend the review time.

After Sheng Mingan finished solving the thesis, he transferred the original scientific research topic to the realization of room-temperature superconductors—before that, he understood the mechanism of unconventional superconductors, expanded and supplemented the BCS theory, or established a new theory of superconductivity.

The new superconducting theory has been solved, and the next step is to realize the room temperature superconductor.

The next day, the domestic research institute team reported on the research and development process: "Graphene superconductors have observed paired P-wave superconductors! In addition, the three-element system superconductor headed by C elements has been synthesized, and we spend thousands of C elements day and night. The only three-element superconductor is finally synthesized from the raw materials!"

The middle-aged man in the report couldn’t suppress his excitement and raised his voice: “According to your plan, electrify the newly synthesized material, set the pressure above 200 million atmospheres, and continuously increase the temperature to 15°, and the resistance disappears!”

"Boss, we have achieved room temperature superconductivity!"

Sheng Mingan didn't express how happy he was, and only said, "The pressure is too high."

Room-temperature superconductivity can only be produced in a high-pressure environment of 200 million times, and its use cost is not low.

"Uh... let's try to improve."

"Not only the pressure needs to be lowered, but also the temperature needs to be increased. The room temperature is 25, not 15, and it has to be increased. Try to replace the raw material of C in the synthetic material from diamond to cheaper graphite." Sheng Mingan knocked on the table , thinking about how to synthesize a new superconducting material through element combination, how to write its exact chemical formula.

There are tens of thousands of three-element synthesis. If you continue to search, you will definitely find low-voltage, cheap, and mass-produced room-temperature superconducting materials.

Sheng Mingan asked the research institute team to provide all the data of the synthesized materials, calculate the exact chemical formula based on these data, find the sequence of atoms, reset the plan, and remotely guide the team of the Nirvana Research Institute to conquer room temperature superconducting materials.