Start as a top student and move towards the stars and the sea

Although Ning Chen has to worry about the international students all the time, having Xiaozhi help him pay attention to this matter will still make Ning Chen worry a lot.

Fortunately, this matter has not continued to develop in a bad direction. At least in the short term, Ning Chen will not encounter anything very dangerous.

There was no need for Ning Chen to live in fear every day. He could just wait until things changed again before making new plans.

…

In the following time, Ning Chen spent most of his time on improving the level of mathematics.

Ning Chen strictly followed the previous plan and arranged his time.

Except for some things that had to be dealt with, Ning Chen did not dare to delay anything. He wished he could spend all his time eating and sleeping on mathematical research.

Finally, after several days of intensive research, Ning Chen successfully received the news that his mathematics subject level had improved.

[It is detected that the host has completed the task: upgrade any subject level to Lv4]

[Get mission reward: 10 skill redemption opportunities]

[The mission system has been updated...]

[Task: Win any Nobel Prize]

[Task introduction: The host has won the highest award in Blue Star mathematics: the Fields Medal. In order to further expand the influence of the host in the academic world, please continue to attack other heavyweight awards. Win any Nobel Prize award, including Nobel Prize in Physics, Nobel Prize in Chemistry, Nobel Prize in Physiology or Medicine]

[Task reward: 10 evolution points (can be used for the evolution of the host’s brain and body)]

[Note: The evolutionary effect brought by using evolution points will be far greater than the evolutionary effect brought by increasing the brain power index]

Looking at the updated status of the system task interface, Ning Chen couldn't help but sigh in his heart.

"A total of 100,000 points of subject experience... I actually successfully completed the accumulation..."

Although this includes some subject experience that is directly rewarded by the system, it is still extremely difficult to accomplish this feat.

Trying hard to suppress the excitement in his heart, Ning Chen began to think about the next mission.

"I was actually asked to win any Nobel Prize... The difficulty of this task is really not easy."

Even in history, only two people in the Xia Kingdom have ever won the Nobel Prize. Even though this number is higher than the number of people who have won the Fields Medal, the difficulty is self-evident.

What's more, there is still a certain lag in the selection of the Nobel Prize. Even if you can make enough achievements to win the Nobel Prize, you may not be able to get the award within a few years.

There are also many people who won awards after decades.

Of course, this situation is not absolute. If we can produce outstanding scientific research results, it is possible to win the Nobel Prize in the short term.

After carefully analyzing the task content given by the system, Ning Chen found something that made him somewhat doubtful.

"In the mission, it is said that if you win any Nobel Prize, it will be considered as completing the mission. However, in the mission introduction, there is no mention of all types of Nobel Prizes."

Ning Chen carefully discovered that the Nobel Prize for Literature and the Nobel Peace Prize were not listed systematically.

Ning Chen didn't know whether this was because the system did not list all the awards, or whether it was a deliberate act.

However, after a short period of thinking, Ning Chen seemed to understand the true purpose of the system.

"It seems that we still have to choose between the Nobel Prize in Physics, the Nobel Prize in Chemistry, and the Nobel Prize in Physiology or Medicine. Although the Nobel Prize in Literature and the Nobel Peace Prize are also among the Nobel Prizes, part of it, but it doesn’t have much to do with scientific research.”

The Nobel Prize for Literature at least still has a certain degree of gold, but the Nobel Peace Prize has become a joke because of the winning of certain people.

Of the three available awards, Ning Chen naturally prefers the Nobel Prize in Physics.

Although Ning Chen’s research direction is materials science, it involves a lot of knowledge about physics.

The field of superconductivity is closely related to condensed matter physics.

Once Ning Chen can continue to achieve breakthroughs in the field of superconductivity, such as summarizing a more detailed theory about superconductors, or discovering high-temperature superconductors with higher superconducting critical temperatures, or even room-temperature superconductors, it is possible that he will be shortlisted, or even Won the Nobel Prize in Physics in advance.

Of course, Ning Chen's approach to the Nobel Prize in Physics is not just in the direction of superconductivity, but also in other directions such as quantum computing, which also have a certain possibility of winning.

Thinking that it would take a long time to complete this goal, Ning Chen simply stopped thinking about it and checked his personal information panel.

[Host name: Ning Chen]

[Brain Power Index: 230]

[Mathematics: Lv4 (100000/1000000)]

[Physics: Lv2 (8813/10000)]

[Chemistry: Lv2 (8293/10000)]

[Creature: Lv2 (3928/10000)]

[Information: Lv2 (8682/10000)]

[Material: Lv3 (62843/100000)]

Seeing his subject level and experience in physics, Ning Chen couldn't help but shook his head helplessly.

"My current experience in physics is less than one-tenth of that in mathematics. Even if the Nobel Prize Organizing Committee is willing to award the prize to me, I would be too embarrassed to accept it."

Of course, this does not mean that it is difficult for Ning Chen to improve his level of physics. In fact, Ning Chen's potential in physics is very huge.

As long as Ning Chen is given enough time, Ning Chen can completely improve his physics subject level in the same way as he accumulated experience in mathematics.

After confirming that he was capable of achieving this goal, Ning Chen felt much more relaxed.

Ning Chen turned his attention to the system backpack interface and saw the mission reward he had just received: 10 skill redemption opportunities.

Ning Chen tried it on the system interface and understood the specific usage rules of these redemption times.

"Sure enough, as I imagined before, these redemption times can be redeemed for any skills I have used, and they can be redeemed at any time and redeemed separately."

Such usage rules are relatively friendly to Ning Chen. There is no need to decide all exchange methods at once.

Including excitement mode, brain simulation, energy recovery and other skills, Ning Chen can choose and redeem them at will.

Now, Ning Chen still has a small number of skill usage times left in his system backpack, which means Ning Chen doesn't have to rush to use these times.

…

In the following time, Ning Chen followed the same method and asked Xiaozhi to help him formulate a plan to improve the level of physics, and conducted in-depth research on physics according to this plan.

Xiaozhi's plan still had good results, which allowed Ning Chen to rapidly accumulate experience in physics.

Ning Chen was also very interested in the system's rewards for the next task.

Ning Chen really wanted to see what magical effect it would have when he used evolution points to improve himself.

However, there was one thing that troubled Ning Chen quite a bit.

After the mathematics subject level was upgraded, Ning Chen's understanding of mathematics has indeed improved qualitatively.

This kind of improvement has a completely different effect from the previous improvements. It seems that Ning Chen has a profound understanding of the entire mathematics.

Ning Chen feels that now he has the ability to continue to attack other unsolved millennium mathematics problems.

However, Ning Chen also knew that solving any millennium mathematical problem would take a huge amount of time and energy, and it would definitely not be something that could be easily solved in a few days.

This made Ning Chen feel a little entangled, and he didn't know how to choose between mathematics and physics for a while.

However, after calming down, Ning Chen quickly sorted out his thoughts.

"System tasks have never existed to restrict me, but only to help me guide the direction. Now I don't need to make decisions based entirely on system tasks."

After thinking about this clearly, Ning Chen felt much calmer.

Deliberately pursuing complete system tasks may allow Ning Chen to complete the task faster, but it may also have the opposite effect.

Strictly speaking, there is no clear boundary between mathematics and physics. Ning Chen is not worried that spending time studying mathematics will affect his study of physics.

Such a peaceful state of mind allowed Ning Chen to finally concentrate on research.

It didn't take long for Ning Chen to successfully upgrade his physics subject level to Level 3.

This raised Ning Chen's understanding of physics to a higher level, and more ideas emerged in his mind.

"Sure enough... a high-level mathematics subject level is of great help to other subjects. Maybe I don't need to raise my physics subject level to a very high level to discover outstanding enough physics results."

Taking advantage of his good condition, Ning Chen started researching naturally.

Ning Chen did not deliberately study research directions such as superconductors and quantum physics, which he was good at and had accumulated more achievements. Instead, he allowed his thoughts to soar so that he could maximize his abilities.

Ning Chen's way of thinking is very special. There is no clear direction. Instead, he starts from darkness, constructs a point, and then constructs a more complex world.

Some of these worlds have nothing to do with the real world, while others are connected to the real world.

This kind of thinking allowed Ning Chen to gain many new inferences, and his understanding of the entire world became deeper.

After an unknown amount of time, Ning Chen seemed to have suddenly come to some important conclusion, and his expression became excited.

"If these inferences of mine are not wrong... there is probably a black hole at this location that we have not discovered yet."

The reason why Ning Chen was able to suddenly come to such a conclusion was that he did not use any advanced instruments, but was deduced entirely through calculation.

Such a conclusion is somewhat unbelievable, but similar things did happen in history.

For example, Neptune, one of the eight planets in the solar system, was a planet deduced from pure calculations, and this prediction was subsequently proven.

After sorting out these calculation processes, Ning Chen verified them through Xiaozhi and the quantum cloud network.

A few minutes later, Xiaozhi gave the conclusion of Ning Chen's own modeling process.

[Report to the master, based on the information and derivation process provided by the master, Xiaozhi believes that the probability of there being a black hole here reaches 90%. Whether a black hole really exists here requires more detailed information to determine...]

After receiving Xiaozhi's affirmation, Ning Chen seemed more confident.

The more detailed information Xiaozhi mentioned is naturally information that can directly prove the existence of this black hole in addition to the derivation process.

Want to prove that this black hole really exists, including the use of X-rays, gravitational waves, gravitational lensing effects, etc., as well as various other scientific methods of observing black holes.

This black hole calculated by Ning Chen exists at a location 1,600 light-years away from Blue Star, and it is also a "sleeping" black hole.

It is not very easy to observe this black hole through the above methods.

"By the way... there is another way, gravitational waves!"

Suddenly thinking of this concept, Ning Chen suddenly saw the hope of proving the existence of this black hole.

Gravitational waves are a substance predicted by the famous physicist Einstein based on his general theory of relativity.

This substance had been discovered in Ning Chen's previous life, proving its real existence, but in this life, gravitational waves have not been truly discovered.

"It seems that this is my advantage as a reborn person. In this world, I am the only one who can 100% confirm that gravitational waves must exist."

Although Ning Chen could determine the true existence of gravitational waves with a high probability even without the advantage of this information gap, there was still an essential gap between the two.

"If... I can really prove the existence of gravitational waves and discover this black hole, maybe I can really win the Nobel Prize in Physics within a few years."

After determining the feasibility and significance of this research topic, Ning Chen was ready to start research on this topic immediately.

Normally, Ning Chen needs to apply for project approval through Shengzhou University.

However, the application for a project requires a complicated procedure. After all, it requires the use of national scientific research funds, and it is impossible to approve a project casually.

Although Ning Chen will receive a lot of preferential treatment during the project application process because of his special status, and he will be exempted from some tedious procedures, but because the project research requires a large amount of funds, even Ning Chen may not guarantee that he will be able to successfully apply for the project. The application was successful.

"This topic should be initiated through the company's channels."