Reborn Technology Scholar

At the same moment, the helium 3 nuclei that penetrated the plasma silently collided with the target material...

The weak fluctuations were quickly captured by the probe behind the target material, and the impact data was fed back to the laboratory computer screen.

Time seemed to freeze in this second.

Looking at the flashing signal light, everyone couldn't help but cheer. They all knew what it meant, that they succeeded.

Qin Yuanqing did not stop everyone from celebrating. He knew very well what this flashing signal light meant. It meant that the he3 atomic probe technology had been torn apart. From then on, the world of atomic fields officially made a substantial leap from diagnosis to observation.

It is no exaggeration to achieve a historic breakthrough in microscopic particles.

After everyone celebrated and the atmosphere slowly calmed down, Lin Yingming began to continue organizing experiments. After all, one experiment was not enough and a large number of experiments were needed.

But it was obvious that they were on the right path. The success of the first experiment was no accident. As the experiments continued, the signal lights flashed again and again, indicating that the helium 3 particles that were accelerated to the limit were carrying

The huge kinetic energy breaks through the plasma and bombards the tungsten-titanium alloy as the target material with a slight deflection.

A series of data is collected, superimposed, and imported into a database in a fixed format for storage, waiting for theorists to sort it out.

Of course, the success of the laboratory does not mean that the he3 atom detector is over. On the contrary, it is only the first step and a phased result. There is still a long way to go before it can be truly used in the "Golden Crow Device"

Walk.

However, Qin Yuanqing is already very satisfied. At least it proves that the idea of ​​the he3 atom detector is correct, and it also represents that the entire controllable nuclear fusion has achieved great results, which is a great encouragement to all scientific researchers.

After instructing Lin Yingming to upload the corresponding data to the server and repeatedly explaining the confidentiality system, Qin Yuanqing left the plasma laboratory.

Next, Qin Yuanqing will wait for more experimental data, and then establish a theoretical model for the plasma turbulence phenomenon.

To establish a theoretical model, it must be based on enough data.

Qin Yuanqing came home early and saw his children playing table tennis. I don't know if it was because they watched this year's Olympic table tennis match or what happened, but these two little guys became even more passionate about table tennis.

In order to cultivate this hobby of these two little guys, Qin Yuanqing personally went out to ask his former idol, the 'Big Devil' Zhang Yining, to be the coach of Doudou and Maodou to see if he could train these two little guys.

When the devil comes out, two big devils will be born in the national table tennis team. Whether it is singles or mixed, they will probably be able to sweep the world!

This year's Olympic Games not only became the first postponed Olympic Games, but also became an Olympic Games without spectators in the competition venues!

However, athletes from all over the world competed in the stadium and showed various touching scenes. Yang Qian still won the first gold, became famous on the Internet, and entered thousands of households. Due to the one-year postponement of the Olympic Games, she was lucky

When she stepped onto the court, Quan Hongchan, who was only 15 years old, scored three perfect marks in five jumps and made a sensation in China and the world. She entered thousands of households. There was also the Queen of Butterfly Zhang Yufei, who won two gold medals and two silver medals. There were also times during the competition.

Here comes the "Kangaroo Shake" Guan Xiaopang who amazes the whole world...

The improvement of China's national strength is also reflected in its excellent performance in sports competitions, with athletes achieving great results. People across the country are more calm about Olympic gold medals. Winning is good, but not winning is also tolerant.

People shouted, everyone owed Liu Feiren an apology, because in that era, Liu Feiren participated in 48 world competitions, won 36 championships, 6 runner-ups, and 3 third places. It can be said that he was the only one to truly beat someone on a straight track.

A black athlete, he broke the black monopoly on track and field events and even set records that even white people could not achieve. He brought many exciting and glorious moments to Chinese sports and allowed the world to witness the speed of China. But he was born in

At that time, it was Liu Feiren's luck and his misfortune. People only remember that he retired from the competition twice, and they constantly criticized and discredited him!

During the competition, everyone also saw the diving queen. Her gorgeous transformation from athlete to Olympic judge evoked a series of memories of the diving queen.

Of course, there is also a person who travels thousands of miles to participate in the Olympics, not to win medals, but to prove to the world that his country is still there. This scene can't help but wake up. Once upon a time, there was an athlete in China named 'Liu Changchun', who also did this

Lonely, going to the meeting alone!

However, the most touching scene of this Olympic Games was staged in the National Table Tennis Team. It was not that the Dragon Team went through hardships and overcame obstacles all the way to successfully complete the Olympics and win the table tennis singles championship they dreamed of, achieving their own Grand Slam legend! It was in the Mixed Doubles.

On the 2017 Olympic Games, the Kewen team appeared on the competition field for the first time and finally won the championship, which opened a good start for the Olympic Games in this field of national table tennis. During the award ceremony, the Kewen love affair came to a successful conclusion.

After the marriage proposal was successful, Keke said that he had been recuperating from a broken waist for four years. The reason why he bravely overcome the injury and stepped onto the court again was because he had a dream in his heart. He came here to realize his dream. In the past five years, he has been ridiculous and confused.

, in the end he found that wearing the national flag made him most proud, and there was a girl here who was always in his heart!

Apart from being moved, it is also sad. It is the "Dragon Hidden Python" National Table Tennis Three Musketeers and Xiao Zao who bid farewell to the Olympic stage, announcing that they have ended their last Olympic journey in their careers. Their sports careers as athletes have officially entered the countdown. The National Table Tennis Team

The men's team has officially entered the chubby era!

Qin Yuanqing didn't know if it was because of the table tennis story of the Olympic Games that inspired Doudou and Maodou's enthusiasm for table tennis and made them want to become professional table tennis players. But since they chose this path, Qin Yuanqing also supported them.

He doesn’t have many requirements for his children, he just hopes that they will grow up happily and healthily, and that they will have their own hobbies and interests, and Qin Yuanqing will cultivate them.

After the success of the he3 atom probe, Qin Yuanqing received a special New Year's Day gift as he entered 2022!

That is the success of the carbon nanomaterial superconducting project!

Through continuous experiments, the scientific research team successfully discovered that twisted double-layer graphene can achieve superconductivity at 1.7 Kelvin!

This is a historic breakthrough in superconducting research, representing a new world of superconducting materials.

Although in theory Qin Yuanqing has completed the construction, proving that carbon nanomaterials can also have superconducting properties. But when he heard the news, Qin Yuanqing was still very excited.

The superconducting possibility of carbon nanomaterials has been confirmed, which will provide a new research idea for the research of superconducting materials!

Moreover, compared with alloy materials and compound materials, carbon nanomaterials have great spatial plasticity, which means that there will be more choices for the research of superconducting materials.

This is a small step towards "room temperature superconductivity" and a small step towards controllable nuclear fusion!

Qin Yuanqing also took advantage of the three-day holiday on New Year's Day to work hard and finally completed the entire design of the 'Golden Crow Device'. This design included the breakthrough he3 atom probe technology and carbon nanomaterials as superconducting materials!

Qin Yuanqing uploaded the design materials of the 'Golden Crow Device' to the server, which was managed by the 'Nuwa's' artificial intelligence. The construction director of the Nuclear Industry Group and relevant personnel of the scientific research center can view it with permission.

Qin Yuanqing rushed to the base in person and is currently building a quantum computer center. This quantum computer will provide sufficient transportation capacity for the scientific research center. In addition to this quantum computer, quantum computers and other supercomputing centers including the University of Science and Technology of China will also provide

The controllable nuclear fusion project provides transportation capacity to help controllable nuclear fusion!

If it were ten years ago, even if Qin Yuanqing had the current capabilities, Qin Yuanqing would never dare to start with controllable nuclear fusion, because it involves a lot of technology, many of which can be called black technology.

To put it bluntly, a controllable nuclear fusion project can produce at least hundreds of Nobel Prize-level scientific research results, enough to make thousands of people Nobel Prize winners!

This includes theoretical research and engineering applications.

Whether it is he3 atom probe technology, research on the superconductivity of carbon nanomaterials, or Qin Yuanqing’s ‘Golden Crow Device’ and plasma turbulence phenomenon model, all are Nobel Prize-level research results.

On the fifth day after Qin Yuanqing arrived at the base, the construction team of the Nuclear Industry Group officially settled in the base and began the civil construction, structure and corresponding construction of the 'Golden Crow Device'. The required construction tools and materials were all transported to the site as soon as possible.

Now, the number of researchers in the scientific research base has reached more than 4,000, and it is expected to reach a peak of 8,000 researchers around the National Day in 2020!

Coupled with the security and security forces, security personnel, administrative personnel, and logistics personnel, the number of people in the entire base exceeds 30,000!

While Qin Yuanqing was directing the construction of the 'Golden Crow Device', he also visited various technical groups to see the research progress, research situations and difficulties encountered in each technology. At the same time, he gave classes to a group of researchers and professors every day!

In addition, Qin Yuanqing also conducted research on plasma turbulence issues based on the collected data.

Regarding the existence and smoothness of solutions to n-s equations, as well as the Yang-Mills theory, he even proposed a unified theory of strong electricity. Qin Yuanqing was not ignorant of the problem of plasma turbulence.

The difficulties in turbulence problems mainly come from two major types of problems. The first type comes from the complexity of the system and environment. This complexity comes from the diversity of turbulent systems. Taking spacecraft as an example, with the flight height, speed, and even

Areas, changes in material surface temperature, the gas environment in which the spacecraft is located, and the macroscopic mechanical environment are constantly changing.