Ning Qingyun said worriedly: "The biggest problem now is that we are afraid that we can't find researchers who are familiar with this topological quantum computing topic in China, and we can't find suitable high-end equipment and instruments to continue research on this quantum communication topic."

"When the experimental equipment and laboratories are available, we can ask Uncle Yang to come up with ideas together. In fact, our country has reached or is close to the forefront of the world in many sub-fields of quantum computing, such as ultra-cold atom quantum simulation and silicon-based quantum dot quantum computing.

, superconducting quantum computing and other directions. I believe that we can find a suitable laboratory in China with equipment and instruments that can support our subject. Even if it cannot fully support it, it can still achieve indirect support through various flexible methods."

Qin Ke is optimistic: "As for the manpower and all the current theoretical materials, I will have a good talk with Professor Coppet. I don't think he wants his hard work to be in vain. He will give us the greatest support."

.Well, don’t worry, there will always be more solutions than problems.”

Ning Qingyun felt relieved and looked at Qin Ke with a little more warmth.

Every time she encounters a big event, Qin Ke's "calmness" and "optimism" always make her feel at ease, as if she has a backbone.

This is also Qin Ke’s unique charm. Others will only worry and shrink when they encounter difficulties, but in Qin Ke, such negative emotions are rarely seen. He will always actively use all the conditions at hand to work hard to overcome

Difficulty achieving goals.

However, Ning Qingyun was very attentive. She quickly remembered something more important and couldn't help but ask again: "Leave aside equipment and manpower. Suppose we have equipment and manpower, but our theoretical level in quantum mechanics

His experience and experience are not as good as those of Professor Koppett, and isn’t it said that Professor John Krauser’s team at the University of California will make a breakthrough in a similar topic within this year?”

"We can continue to learn the knowledge of quantum mechanics by ourselves." Qin Ke is not worried about knowledge at all. His physics level will be upgraded soon. As long as he reaches the "master level", he can have all physics sub-subjects comparable to senior professors.

With the huge amount of knowledge he has mastered, he will only be stronger than Professor Coppet, not weaker.

"As for the matter of Professor John Krauser's team..." Qin Ke smiled, with a confident light flashing in his eyes: "I think that both Professor Koppet and the University of Munich are too overestimated.

The research results of Professor John Krauser.”

“Overestimated?”

"Yes. I guess they only issued a declaration based on two or three of the most widely circulated results and made a judgment based on the interview report, so they overestimated Professor John Krauser. These days, I specially asked Shimmer to publish all the results that can be found online.

I compiled all the information related to Professor John Krauser's team and read it on the plane here. These information confirmed my judgment."

"So that's what you were looking at at that time!" Ning Qingyun remembered that Qin Ke was indeed looking through a thick stack of materials on the plane, but she was entrusted by Qin Ke and had been busy calculating the tutorial structure of seed science.

I was busy organizing and writing, and I didn’t have time to look carefully at what information Qin Ke was looking at.

"Yes, after reading this information, I am basically convinced that Professor John Krauser's team has indeed made significant progress in the research of quantum entanglement states and 'Bell's inequality', but this does not mean that they can

It will soon be applied to topological quantum computing. If they want to solve the problems of quantum decoherence and error correction and achieve efficient fault tolerance, it will take at least another year."

"You mean..." Ning Qingyun perked up: "We still have a chance?"

Qin Ke smiled and said: "Yes, we don't know who will win until the last moment. And for both of us, this will be a good opportunity to learn and practice quantum mechanics, isn't it? Come on, let's go and

Let’s talk directly to Professor Coppet.”

…

When Qin Ke and Ning Qingjun came to the ward again, Professor Coppet had woken up and was eating liquid food under the care of his wife. Now his tongue was not very flexible, chewing and swallowing still had some difficulty, and he was in a very bad mood.

Sorry, he ate half the bowl and shook his head, refusing to eat any more.

While his wife and assistant Harold were reluctantly persuading him, Professor Coppert stubbornly turned his head away and happened to see Qin Ke and his two men standing at the door.

The old professor's eyes flashed with unspeakable pain, shame, sadness, and loss, and he looked away again.

Assistant Harold hurriedly stood up and introduced Qin Ke and Qin Ke to Mrs. Coppett, and then said: "Professor Qin, Professor Ning, you two slowly chat with the professor." After that, he carefully took the old lady out.

, leaving only Qin Ke, Ning Qingyun and Copet in the ward.

Qin Ke noticed these details and thought to himself that Harold was a very good assistant candidate. He should try to trick him into going to Xia Kingdom.

But the most important thing right now is to convince Professor Kopet.

Qin Ke stepped forward and said softly in German: "Professor Koppet, we are here to see you."

After a while, Coppet raised his head and looked at Qin Ke and Ning Qingyun.

His withered lips moved, and in the end he just managed to say: "I'm sorry..." and he couldn't say any more. Two lines of painful tears fell silently along his pale and thin face.

Seeing this scene, Ning Qingyun felt her heart tightening again. She bit her red lips and held back the tears in her eyes.

She didn't speak, because she was afraid that if she spoke at this time, it would disturb Qin Ke's subsequent persuasion work.

Qin Ke walked to the bed and sat down, held Professor Kopet's withered hand, and said warmly: "There is nothing to apologize for. Professor Kopet, you are a great scientist. Others who say you 'dedicate your life to scientific research' are just bragging.

But you use your life to practice this sentence. No matter what, you are one of the scientists I respect most."

Probably feeling the warmth and sincerity in Qin Ke's voice, the pain in Coppert's eyes subsided a little.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! He sighed softly: "I... failed... lost... just now... Harold didn't say... but I...

Guess... the team... was disbanded... and the project was... terminated, right?"

He is still conscious, but his language ability is severely damaged and he cannot speak a complete sentence. He can only speak slowly and intermittently.

Qin Ke nodded: "Vice President Hu Bo just told me about this. A formal notice is expected to be issued soon."

Even though he knew that this was the inevitable result, seeing Qin Ke confirm this matter, Coppet's face still turned gloomy again, and his whole person was like a plant that had lost its water, and even life was constantly flowing away.

Qin Ke squeezed his hand firmly and said firmly: "But our common project is not over yet, and it will never be over!"

Coppet's originally gray eyes regained their brightness slightly and looked at Qin Ke.

"I plan to take it back to Xia Kingdom and continue it. All the research results will still be shared by the three of us in accordance with the supplementary agreement. The first authors of the final paper will also be the three of us. Of course,

This project has nothing to do with the University of Munich from now on, because they have unilaterally terminated this project, and you will only represent yourself."

Seeing that Qin Ke still wanted to persist, Coppet was moved with a flash of emotion in his eyes, but he shook his head and said: "You... you? It can't be done... it's too difficult... and... it's too late..."

"Too late? Do you think that Professor John Krauser's team has made great progress in the study of quantum entanglement effects, and is also applying these results to topological quantum computing through topological insulators. It is estimated that it will be done soon.

Will they take one step ahead of us and establish a complete and excellent theoretical system for topological quantum computing?"

Professor Coppett nodded painfully and desperately.

If John Krauser's team hadn't been publishing new results in the past two years, which put too much pressure on him, how could he have desperately accelerated the progress, conducted research day and night, and finally collapsed and lost everything?

"Quantum computing is indeed a new communication method that uses the quantum entanglement effect for information transmission, but it does not mean that in-depth research on the quantum entanglement effect and a better understanding of its characteristics can achieve true quantum computing."

Qin Ke turned around and waved, and Chen Ming, who had been standing outside the door, walked in, handed over a backpack, and gave Qin Ke a helpless look like "I'm not your follower."

Qin Ke smiled back, then took out the thick stack of information from his backpack and said to Professor Coppet:

"I have reviewed all the information and relevant news reports currently disclosed by Professor John Krauser's team, and have basically determined that the direction of their research on topological insulators is indeed in line with what we are doing. Topological superconductors are the main ones, and topological insulators are

Fu's direction is relatively close, but there are many differences in details, and the core is completely different!"

He placed the material, which was at least 30cm thick, on the bedside.

The heavy weight made the bedside table shake slightly, and also made Coppert's eyes a little more solemn.

Obviously Qin Ke didn't just talk nonsense.

"Their research method is to combine light quantum and microwave control. Through microwave manipulation and Stark shift of atomic-molecule transition frequency, they use the nitrogen vacancy center of topological insulators such as diamond to manipulate electron spin and thereby control qubits.

.The specific principle is to establish 'quantum entanglement' between electrons and nuclear spins to transfer a photon state to the nuclear spin state, thereby transmitting information to quantum processors and quantum memories through the principle of quantum teleportation.

.You should know all of this, so I won’t go into details.”

Speaking of this, Qin Ke's tone gradually became firm and high-spirited:

"In this direction, they have indeed been successful, but the criteria required for the operation of quantum computers must fully meet the 'divinzo criterion', that is, scalability, initialization, measurement, universal gates and long coherence! And I can be sure that

The problem is that they cannot satisfy these five points at the same time! At least they face the problem that the resolution of a single quantum operation and entanglement operation is too low to solve the long coherence problem and achieve efficient fault tolerance! And according to my judgment, this problem

, they may not be able to solve it within a year!”

The young boy's voice echoed in the dusty ward, and the sunlight shining in from the window shone on his body, giving him a more convincing aura.

"And we are going in the direction of combining topological superconductors with topological insulators, that is, the direction of 'topological superconducting vortex state'. The core is the topological quantum composed of 'Majorana zero energy mode', making the paired Majorana

Rana fermions can form a fixed structure to solve the problem of interaction between qubits and achieve efficient error correction directly at the hardware level."

"Our research direction will undoubtedly be more difficult. In addition, we are starting from scratch and the research workload is greater. This is why even if we continue to catch up, the research progress is still not as good as that of Professor John Krauser's team.

.But our direction is the most correct and has the brightest future!”

Qin Ke was confident when he said this. Even though Professor John Krauser's team finally completed the research first and published the research results, Qin Ke still firmly believed that the direction he chose was the most cost-effective and had the greatest potential for popularization and application.

Because the system rewarded him with the S-level knowledge in "The Whole Process of Making a New Carbon Crystal Composite Nanomaterial Suitable for 1nm Chips", the principle of the method to achieve topological quantum computing is the topological superconducting vortex state.

!

It's a pity that the S-level knowledge only pointed out the correct direction and rough theoretical principles, and could not be used directly. However, with the correct direction, there was no need to worry about wasting effort, let alone taking a wrong path, so Qin Ke just

I will be confident enough to continue pursuing this project.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! "At present, we have successfully observed the near-quantum conductance platform characteristics of Majorana fermions. As long as we can find the most suitable conductivity platform in a laboratory environment,

Superconducting materials can achieve large-area, highly ordered and controllable Majorana fermion lattice arrays, which can realize topological quantum computing and summarize a new and complete theoretical system of topological quantum computing, which will lead to

A new round of electronic technology revolution!"

Professor Coppet also looked excited. He gritted his teeth and said, "I know... our... direction is... correct... but it's too difficult..."

Qin Ke agreed and nodded regretfully: "Yes... it is indeed difficult. The road to scientific research is often a journey of 100 miles and 90 steps. We have spent a year and a half of hard work and sweat, and only in January this year,

We basically determined a direction for a new superconducting material with high feasibility. However, after spending more than seven months, we still failed to find the most valuable piece of the puzzle from thousands of possibilities.

Let our theoretical system come to a successful conclusion..."
To be continued...