Qin Ke and Ning Qingyun were awarded the status of foreign academicians of three internationally renowned academies of science at the same time, causing great sensation at home and abroad.

For Xia Guo, Qin Ke and Qin Ke are not the first scholars to obtain foreign academician status from the Royal Swedish Academy of Sciences, the National Academy of Sciences, and the Royal Netherlands Academy of Arts and Sciences, but they are definitely the only two scholars to obtain foreign academician status from these three major academies of science at the same time.

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These three academies of sciences, together with the National Academy of Sciences of the United States, the Royal Academy of Sciences of Eagle (Royal Society of Eagles), the French Academy of Sciences, the National Academy of Sciences of Italy, the Royal Academy of Belgium, the Academy of Sciences of Ross, and the Academy of Sciences of France, are known as the top ten academies of science in the world in terms of academic level.

and influence are at the forefront of the world. Of course, these are just academies of science, excluding the academies of engineering, medical schools, etc., and do not include "pseudo-academic institutions" such as the European Academy of Sciences.

The German Academy of Sciences originated from the Leopoldina Academy of Sciences, which was established in 1652. It also has a history of more than 350 years. Its foreign academicians must be recommended by academicians of the academy and are selected after several rounds of elections. The election process is rigorous and complicated, but its foreign academicians must be recommended by academicians of the academy.

The number of seats is relatively large, accounting for about a quarter of all academicians. Xia Guo also cooperates with it a lot. Nine Xia Guo scholars have been elected as foreign academicians before.

The difficulty of becoming a foreign academician of the Royal Netherlands Academy of Arts and Sciences is much higher. The Dutch Academy of Sciences, which has a history of more than 200 years, has great influence in Europe. Its honorary title of foreign academician must be voted by all academicians, and the target must be all over the world.

Experts and scholars with outstanding achievements and popularity. In history, only about a hundred famous scientists such as Marie Curie, Albert Einstein, and Max Planck have received this honor. Only those from Yan University in Xia State have won this honor.

Professor Zeng was elected as a foreign academician of the Netherlands Academy of Sciences.

As for the foreign academicians of the Royal Swedish Academy of Sciences, it is even more difficult. Only two scholars in the history of Xia Kingdom have obtained this certificate before, and Swedish foreign academicians are often a more meaningful signal. Many Nobel Prize winners first became Swedish foreigners.

Academician's.

Qin Ke and Ning Qingyun, at the age of twenty-two, simultaneously obtained the status of foreign academicians of these three major academies of sciences. How could they not cause a huge sensation in the entire international academic community?

Domestic netizens are naturally proud of it and are running around and shouting.

[Wow, Qin Shen and Ning students took the initiative to hand out scarves to show off their "scores", it's so rare! 】

[These four certificates are much heavier than many grand prizes, which is amazing!]

[These certificates are all in foreign languages. If Academician Qin and Academician Ning had not stated his name before, I wouldn’t even know what they are. Now I can only worship them.]

[A thin certificate is worth thousands of gold. Although I don’t know the specific situation, but I can get the academician certificate of these four major academies of science at the same time. Apart from the two of them, there shouldn’t be many people who can do it, right? 】

[Warm congratulations! In recent years, we have seen that academicians of my country’s Academy of Sciences and Academy of Engineering have become foreign academicians of foreign countries, and Xia’s scientists have begun to rise!]

The mainstream media in Germany, Sweden, the Netherlands and other countries and even the world also quickly released relevant news.

"Famous Xia State scientists Qin Ke and Ning Qingjun were recognized by the Swedish, German and Dutch Academy of Sciences at the same time!"

"The foreign academician of the three major academies of science, the youngest emerging scientist in Xia State has achieved another great achievement!"

"This year's popular candidates for the Nobel Prize in Physics, Qin Ke and Ning Qingjun, have won another international award!"

"Xia Guo's Miracle Boy and Incredible Girl once again set a new record!"

Many people who are not too concerned about the excitement have even begun to speculate whether it is possible for Qin Ke and Ning Qingyun to obtain academician certificates from all the ten major academies of sciences in ten years.

But for the remaining 48 scientists participating in the selection of this year's "Einstein Science Prize", this is definitely not good news, and they have already felt that the competitive pressure has greatly increased again.

The Japanese physicist, Professor Hirohide Hosono of Tokyo Institute of Technology, frowned.

Qin Ke and Ning Qingjun of Xia State were awarded the foreign academicians of the Royal Swedish Academy of Sciences, the National Academy of Sciences, and the Royal Netherlands Academy of Arts and Sciences at the same time before the selection of the "Einstein Science Prize". They undoubtedly created a great momentum. Hiroshi Hosono

Xiu was originally 60-70% sure of winning this year's "Einstein Science Prize", but now the probability of success suddenly dropped to less than 40%.

His student Mitsuhiro Tamura comforted him: "Teacher, we are just two newcomers in the physics community. They have never won an international award. How can they compare to your status in the international physics community?"

Mitsuhiro Tamura is right. Professor Hirohide Hosono is indeed a master of physics in Japan. He is an academician of the Japanese Academy of Sciences and a foreign academician of the Royal Academy of Sciences. He has won awards including the Japan Superconducting Materials Association Award, and

Japan's Purple Ribbon Medal, the American Materials Research Association's highest honor, the Von Hipper Award, the American Physical Society's James C. McGaughty New Materials Award, the Thomson Reuters Citation Laureate Award, and other honors.

What he is best at is superconducting materials. Fifteen years ago, he developed the high-temperature superconducting material "iron-based superconductor LAFEOP" for the first time in the world. He is the first physics professor to realize the compatibility of ferromagnetism and superconductivity.

The nbti superconducting wire he developed ten years ago was widely used as a superconducting magnet material in MRI equipment and NMR equipment. At that time, he was considered a Japanese physicist who was very likely to win the Nobel Prize.

It was a pity that he failed to win the Nobel Prize in the end, and he was quite disheartened by this blow. In the past ten years, he had not produced any dazzling results.

Until last year, his student Mitsuhiro Tamura accidentally produced a new type of bismuth-based layered superconductor in the experiment. Professor Hirohide Hosono noticed the special properties of this superconductor and conducted in-depth research. He soon discovered that it has the properties of bismuth and silver.

, a new type of layered superconductor composed of a conductive layer of tin, sulfur and selenium can display multiple functionalities such as high-temperature superconductivity and thermoelectric conversion. Once the paper on this new type of bismuth-based layered superconductor was published, it aroused interest in the Japanese physics community

It was a sensation and was considered to be "a key step in the research of functional materials with bismuth-based layered compounds with four conductive layers." As a result, Professor Hirohide Hosono returned to the perspective of the international physics community and received widespread attention.

This chapter is not over, please click on the next page to continue reading! At the end of last year, he also won the James C. McGaughty New Materials Award of the American Physical Society, which is specially awarded to scientists who have made outstanding contributions in the field of new material science applications.

, a high-level world-class award in the field of physical materials.

This made Professor Hirohide Hosono eligible for the "Einstein Science Prize" for the first time.

Professor Hirohide Hosono, who is now 60 years old, also cherishes this selection opportunity and regards it as a key to winning the Nobel Prize in Physics.

At his age, if he misses this opportunity, he may not have much chance of success in the future.

But no one expected that at the end of last year, just after he received the James C. McGorty New Materials Award, two young professors from Xia State, Qin Ke and Ning Qingjun, published a paper on "Ling Lemon Topological Superconducting Vortex"

The paper "State Theory Model System" announced a breakthrough in the bottleneck of topological quantum computing!

This paper not only contains an extremely complete theoretical system for topological superconducting calculations, but also the birth of a topological superconducting material called "Majorana Fermion Carrier-Ling Ning Superconducting Material No. 1", which suddenly shines brightly.

It surpassed Professor Hirohide Hosono's new bismuth-based layered superconductor, which put Professor Hirohide Hosono under great pressure.

However, Japan is also very capable in the international physics community. It builds momentum for Professor Hosono Hirohide everywhere and constantly contacts with the judges of the "Einstein Science Prize". In particular, Professor Hosono Hirohide flies around the world.

He gave lectures at more than a dozen well-known universities, which renewed the call for Professor Hirohide Hosono to win the "Einstein Science Prize".

——This is also related to the fact that Qin Ke and Ning Qingjun have not conducted any public academic activities since they published the paper "Ling Ning Topological Superconducting Vortex State Theoretical Model System".

Whether an academic achievement is recognized by the international academic community, in addition to whether the paper has been reviewed and published, and the significance and value of the academic achievement itself, also has a lot to do with the popularity of the discussion and the recognition of various universities.

However, Qin Ke and Ning Qingyun did not agree to attend any academic reports or lecture invitations from universities due to the bad weather in Xia Kingdom. Due to the one-and-done situation, it was natural that Professor Hirohide Hosono's academic achievements were more widely recognized.

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Professor Hirohide Hosono had just breathed a sigh of relief. Unexpectedly, in February, Qin Ke caused a stir among physicists. With a paper "Proving that there are smooth solutions to n-s equations in three-dimensional space", he suddenly

Zi has once again become the focus of attention of mathematicians and physicists around the world. At this time, it was reported that he had been recognized by three major academies of science and became a foreign academician of them. This attracted even more attention and increased his momentum.

Professor Hirohide Hosono was silent for a while and suddenly asked: "Is Professor Mochizuki Shinichi here?"

Professor Mochizuki Shinichi of Japan once said accidentally, "There are some incomprehensible things in "Proving that there are smooth solutions to the n-s system of equations in three-dimensional space." This was not a big deal at first, but it caused a stir in the Japanese mathematical community.

Many people are paying attention. After all, Mochizuki Shinichi is considered a unique leader in the Japanese mathematics community and has a high reputation.

Japan has never been very friendly to scholars from the Xia Kingdom. Even though they value the achievements of scholars from other countries and are good at learning from the advantages of scholars from other countries, they are still a bit arrogant in their hearts and hope that their own scholars can surpass those from the Xia Kingdom. Mochizuki Shinichi

This comment was passed down from left to right, and was actually passed down as "Mochizuki Shinichi pointed out that there was a problem with the n-s equation paper by Qin Ke and Ning Qingyun."

Professor Hirohide Hosono has placed his hope in Mochizuki Shinichi since he knew that Qin Ke would give a special report on "Proving the existence of smooth solutions to n-s equations in three-dimensional space" at this "Einstein Science Prize" selection meeting.

, I hope that Mochizuki Shinichi can attend this year's "Einstein Science Prize" selection meeting and overturn Qin Ke's research results in the question and answer session, thereby greatly damaging the reputations of Qin Ke and Ning Qingyun, and preventing these two people from becoming

He is a strong opponent in competing for the "Einstein Science Prize".

To this end, he also found many connections to promote Mochizuki Shinichi's trip and spread Mochizuki Shinichi's "words" everywhere to psychologically disrupt Qin Ke's preparation for the "Einstein Science Prize" selection meeting.

Now that Qin Ke's momentum is soaring, Mochizuki Shinichi has become Professor Hosono Hirohide's last life-saving straw.

Tamura Mitsuhiro naturally understood what the teacher meant, and he said helplessly: "Professor Mochizuki Shinichi is not here. He has a very strange character. He doesn't care about other people's opinions, and he doesn't like to attend such academic conferences. But his student Nimura Kenji came yesterday.

Yes, I heard that he had a full discussion with Professor Mochizuki Shinichi and was confident in pointing out the loopholes in Qin Ke’s paper.”

"Kenji Nimura?" Professor Hirohide Hosono has heard of this name. He is considered a rising star in the Japanese mathematics community, but in terms of fame, he cannot be compared with Shinichi Mochizuki.

But it doesn't matter at this point, as long as it can damage Qin Ke's reputation.

"Are you sure he is sure?"

"Kenji Nimura is quite confident. I saw him yesterday and he and his fellow mathematicians have been talking about this."

Professor Hirohide Hosono felt a little relieved and whispered: "Go to Kenji Nimura. As long as he can really defeat Qin Ke at the selection meeting, I can give him a reward of one million US dollars."

Mitsuhiro Tamura was refreshed: "With such a big prize, he will definitely work harder. And as long as he can defeat Qin Ke in public, he will also become famous in the international mathematics community and become a cutting-edge mathematician that no one dares to ignore. He will definitely do his best.

As always."

Professor Hirohide Hosono clenched his fists: "Well, we must also prepare as much as possible and strive to make a splash at the report meeting."

…

Similar conversations occur from time to time among the 48 candidates. Although Qin and Ke are the youngest among all candidates, no one dares to ignore their threats. Many people are inquiring about their preparations and using

The two are the biggest imaginary enemies.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! I don’t know how many people and the team behind them are analyzing Qin Ke’s "Proving that there are smooth solutions to n-s equations in three-dimensional space" and Ning

Qingjun is going to give a report on "Theoretical Model System of Green Lemon Topological Superconducting Vortex State", hoping to defeat the two of them at the conference...

The "Einstein Science Prize" selection meeting was filled with smoke, and a silent war had already begun.

The intensity of academic wars is sometimes no less intense than real wars.

Qin Ke and Ning Qingyun ignored the "hostility" of others. They maintained their own pace to "prepare" for this selection meeting. From the content arrangement of the report to the tone and demeanor of the report, as well as possible questions from the audience judges, they all

Conducted detailed exercises and rehearsals.

Time came to March 3 in the blink of an eye, and the selection meeting for the "Einstein Science Prize" officially began.

After the short but grand opening ceremony, the academic seminar held by 50 candidates began.

The first person to appear was Professor Rigoberto Marquez from the Institute of Nuclear Physics of the Technical University of Darmstadt. His report was "Observation and Exploration of Four Neutrons".

Tetraneutrons, also known as tetraneutron states, are formed by the brief combination of four neutrons. In the past, scientists only had indirect evidence of their existence and had never actually observed them. This time Rigoberto Marquez

The professor obtained "four neutrons" by firing helium 8 nuclei on a liquid hydrogen target. The duration was only a short 10^-20 seconds (10 to the power of negative 20). Although the time was short, the significance was still significant.

Professor Rigoberto Marquez's report received enthusiastic applause from the audience, making the selection meeting for this year's "Einstein Science Prize" intense from the beginning.

Countless media also keenly smelled the smell of gunpowder in this selection meeting, and rushed to Sweden to conduct special reports. These media also played a role in fueling the flames, making this "Einstein Science Prize" a historic event.
Chapter completed!