Reading as a god

Chapter 167 Returning to Beijing
Zhang Shan was surprised when he heard the voice announcement that "the plane is about to enter the taxiing phase".

Although he took the same airline as when he went there, Zhang Shan always felt that the plane was faster when he went back.

The system settles in time:
"Ding~ The host studied for 1 hour in total, gained a total of 6600 yuan in money, and a total of 13200 experience points (including the bonus of the No. [-] badge)"

"The host has read "The Art of Love" with a total of 11 words, so an additional 11 CNY is earned during the above-mentioned reading process (according to the 11th to 20th level benefits of the system)"

"The current system level is level 11, and the experience required to upgrade is 29/053"

Speaking of which, this time I earned 11 yuan after reading 11 words. Is it because I purposefully memorized the contents of the book?

It seems to be the case, for a while Zhang Shan feels that he has found the correct way to open the reading benefits brought by the system from level 11 to level 20.

The money gain is quite gratifying~
But looking at the progress bar that has added more than 1 experience but hardly moves at all, Zhang Shan is not happy.

Maybe it's because he's used to super critical strikes, and he's still not used to seeing the progress charts that have been accumulated step by step at this time.

Good guy, according to this law, if you can't achieve the achievement to trigger a super crit, the so-called system upgrade is almost in the foreseeable future!
Thinking of achieving achievements, Zhang Shan thought of the five known achievements:
"Wei Bian's Three Great Achievements. This achievement requires the host to carefully study a book that the system recognizes as valuable (it is recommended that the host choose a book written by the academician level or a book that has been passed down for more than a thousand years) more than [-] times."

"First appearance achievement. This achievement requires the host to make an early appearance in the academic field and publish a high-value SCI paper as the first author (the system's judgment of whether the value is high or low mainly depends on the impact factor)"

"Sharp-cut achievement. This achievement requires the host to be in the top 4% of the ten formal exams (such as IELTS, TOEFL, NET6/2, N0.1, etc.)."

"Brainstorming achievement. This achievement requires the host to be able to obtain at least 100 people's ideological inspiration in terms of learning and to be able to produce sci-level thesis crystallization/or high-value invention patents."

"Peaches and plums don't talk about achievements. This achievement requires the host to promote the concept of reading invisibly without deliberate actions, so that 1000 people fall in love with reading (in a narrow sense, it only refers to the hobby of reading paper books)"

Ever since he tried to get Wei Bian's three unique achievements and hit a wall, Zhang Shan almost forgot about these five achievements.

Looking at it from the current perspective, the achievement of "First Show" has become the simplest~
After all, Zhang Shan has long wanted to use the SCI fragments presented twice by the system to "spell" several high-value SCI papers during the National Day holiday.

Zhang Shan remembers the description of the system when he presented SCI papers twice:

“系统随机赠与宿主散落的SCI论文‘碎片’36个（在这36个碎片中有24个迷惑性碎片，只有12个有价值碎片，在这些有价值碎片中共包含3篇SCI级别论文）”

“新手礼包中系统随机赠与宿主散落的SCI论文‘碎片’108个（在这108个碎片中有72个迷惑性碎片，只有36个有价值碎片，在这些有价值碎片中共包含10篇SCI级别论文）”

In fact, Zhang Shan has already done the preparatory work, and he has selected 48 valuable fragments among these fragments.

And it is determined that these fragments are related to the content of discrete mathematics.

Presumably, the reason why the system defines fragments related to discrete mathematics as valuable fragments is undoubtedly because Zhang Shan is from the Department of Computer Science and Technology.

Discrete mathematics is a mathematical discipline that studies the structure of discrete quantities and their interrelationships, and is an important branch of modern mathematics.The meaning of discrete refers to different connected elements, mainly to study the structure and mutual relationship based on discrete quantities, and its objects are generally limited or countable elements.

Discrete mathematics is widely used in various disciplines, especially in the field of computer science and technology. At the same time, discrete mathematics is also a professional course for computer majors...

According to this idea, although other fragments are the so-called "confusing fragments" of the system, this does not mean that these fragments are "worthless fragments".

Judging from the information involved in the confusing fragments, the content covered by these fragments is undoubtedly related to mathematics.

It's just not related to discrete mathematics.

According to the consistent Versailles style of the system, Zhang Shan feels that even deceptive fragments have the potential to unearth SCI-level papers.

It's just not related to discrete mathematics and computer science.

Zhang Shan unexpectedly discovered that fragments No. 23, 24, 25 and 26 are all related to Zhou's theorem when listing them before.

In the real world, there is only Zhou's conjecture, and there is no Zhou's proof at all.

The so-called Zhou's conjecture is a conjecture proposed by the Chinese mathematician and linguist Zhou Haizhong in the article "The Distribution Law of Mersenne Prime Numbers" in 1992.It was named "Zhou's guess" internationally.

Guys, according to the description of the system, has this been proven?

Although plagiarism is a bit shameless, Lu Xun has long expressed the matter of scholars in the tone of Kong Yiji, how can stealing books be considered stealing!
Zhang Shan decided to explore those so-called confusing fragments when she had time.

Although it is a bit strange that Zhang Shan, who is a computer student, went to study mathematics.

But it won’t be said anything. Taking number theory as an example, it has always been the hardest-hit area of ​​civil science. Zhang Shan feels that even if one day he really makes some achievements in the direction of number theory, no one will go too deep into it.

Who can't have a little hobby?
Speaking of it, although guarding a lot of fragments of SCI papers.

However, almost six days of the seven-day National Day holiday have passed, and Zhang Shan has not finished a single SCI paper.

As for the specific reason, it can only be said that my sister is too annoying~
What?You said that Luo Changhui is a sister.

Ahem, but the root cause is actually my sister.

Proficiency in karma lies in diligence and playfulness, success in thinking and destruction in follow-up.

I can't go down like this anymore.

Before the plane landed, Zhang Shan took advantage of the opportunity to set a small goal in the sky—to finish an SCI.

~
As soon as the plane landed, Zhang Shan briefly explained to Luo Changhui.Then hurriedly returned to Shuimu campus.

The reason why I went back to school is of course because the learning atmosphere on campus is better.

However, despite the haste, it was almost three o'clock in the afternoon when Zhang Shan arrived at the library and really started to study.

Looking at the hard-working classmates around, Zhang Shan actually felt a little ashamed.

But as the old saying goes - "The best time to plant a tree was ten years ago, and the next best time is now."

Simply proceed step by step.

In fact, the preparatory work Zhang Shan did was far more than simply selecting valuable SCI fragments from the system.

Zhang Shan also figured out how to interpret the fragments.

Zhang Shan understood—the "shards" given by the system are the book lists.

Each "fragment" corresponds to several bibliographies.

It's just that the titles of books on the book list represented by each fragment are bibliographies that do not exist in the real human society.

But the system will definitely not use some non-existent books to play tricks on Zhang Shan.

At that time, Zhang Shan had already realized that if he wanted to really read these books, he had to use the Youxiang Reading Card to enter the so-called Meson Space Reading Library.

Speaking of the relevant content of "Youxiang Reading Card", Zhang Shan remembered the description of the system at that time.

(Using this card, the host consciousness can enter the meson space library to read for 60 minutes, which can be superimposed. The host stays in the meson space for one hour, and the time in the normal world of the host will only pass by one picosecond.

Note: The host of this card can only be used for reading. When using this card, the rules for the host to gain experience from reading books are the same as the rules for the host to gain experience in the real space. When using this card, the host cannot get any money.

In particular, the rules for using this card are the same as those of Jingxiang reading cards, but the host needs to use at least 10 Jingxiang reading cards before using this card; in addition, due to the professionalism of the meson space library, it is recommended that the host be inspired when using this card Activity increased to over 90 points)
Think again about the description of Jingxiang Reading Card:
(Using this card, the host can enter the meson space and read for one hour. It can be used in combination. If the host stays in the meson space for one hour, the time in the host's normal world will only pass by one picosecond.

Note: The host of this card can only be used for reading. When using this card, the rules for the host to gain experience from reading books are the same as the rules for the host to gain experience in the real space. When using this card, the host cannot get any money.

In particular, the host needs to meditate for 30 minutes before and after using this card to avoid unknown risks caused by the different time rules in meson space and real space. )
Speaking of which, Zhang Shan currently has enough of these two types of cards:
静享读书卡×1180张、妙享读书卡×20张、优享读书卡×200张、“卓越级英语口语技能10分钟体验卡”×9张、“卓越级编程技能10分钟体验卡”×29张

In terms of two hundred preferential reading cards, it means that you can stay in the Meson Space Library for up to 200 hours.

In fact, even if there are not enough cards, the problem is not too big. Zhang Shan remembers that because he successfully upgraded the system from level 1 to level 1 within one month, the system gave him a mysterious gift bag.

The mysterious gift package (which includes a Citibank deposit of 1 million U.S. dollars, a yacht, an office building, and 1 million coupons in the system mall) contains 1 million coupons in the system mall.

So there is no need to worry about the fact that the props are not enough.

From the rules described in the two cards, the steps to use the Youxiang Reading Card to enter the Jiezi Library for reading are roughly:

ⅠMeditation for 30 minutes
ⅡUse more than 90 static reading cards (in this process, try to increase the enthusiasm and activity of inspiration to more than [-] points)
ⅢActivate the preferential reading card
Ⅳ Meditation for 30 minutes
Although I don't understand why the system is designed so cumbersomely, it is not difficult to understand~
And speaking of which, these two prop cards still have quite a lot in common, for example, they can only accumulate experience, but not money~
The only problem is how to improve the inspiration and activity to more than 90 points in the process of II?
Judging from the description of the card, most of the meson space library are very professional books.

Although I have never entered the meson space library, if a person wants to read professional journals without academic accumulation, he must read a lot of basic books about related majors~
According to this logic, if the books in the meson space library corresponding to the fragments are understood as advanced bibliography, then all Zhang Shan has to do is to read enough basic bibliography before that.

Even if it is only fragments related to discrete mathematics, there are many "fairy fragments" among these fragments.

Zhang Shan remembered that fragments 99, 100, and 101 pointed to the well-known P/NP problem in discrete mathematics.

(The field of Fragment No. 99 is discrete mathematics, covering "Research on Complexity-related P-related Issues", "P/NP Problems In-depth", "Alternative Thinking of Computational Complexity Theory";
Fragment No. 100 is also discrete mathematics, covering the books "P=NP?", "P≠NP?", and "Analysis of P/NP Problems";
And Fragment No. 101 is also some bibliographies related to P/NP)
This is simply more topical than the proof of Zhou's conjecture.

The P/NP problem is an unsolved problem in the field of computational complexity theory in theoretical informatics, and it is also one of the seven Millennium Prize problems of the Clay Institute of Mathematics.

The P/NP problem includes the relationship between the complexity class P and NP.

Newborn calves are not afraid of tigers, Zhang Shan really wants to solve this problem directly.

Zhang Shan even imagined what kind of waves would be caused if he really solved this problem!
But Zhang Shan still gave up this idea, and Zhang Shan did not dare to be too flattering about the academic environment in China.

To put it bluntly, all kinds of postgraduate tutors will be wronged if they are all arrested.

But if you catch the two, one will definitely slip through the net.

Long story short, as the first attempt to write SCI, Zhang Shan thinks it is better to start from easy to difficult!
Zhang Shan didn't struggle for too long!
Then I decided on the goal of this time - to read the bibliographies involved in the three fragments 102~104 for the first time using the Youxiang reading card.

Zhang Shan remembers that fragments No. 102, 103, and 104 among these fragments are all related to the four-color problem.

Although the four-color problem is classic, it is not a difficult problem to solve.

The four-color theorem, also known as the four-color conjecture, is a famous typical example in discrete mathematics, which is one of the three major modern mathematical problems in the world.

It was proposed by a British cartographer, Francis Guthrie, in 1852. When he was coloring maps, he discovered a phenomenon, "Each map can be colored with only four colors, and the common Countries on the border can be colored differently."

Although this problem was solved in 1976, Kenneth Appel (Kenneth Appel) and Wolfgang Haken (Wolfgang Haken) used computer-aided calculations to prove that the four-color theorem.

However, the proof process of these two people is obviously more complicated, and there are still many people who simplify the proof of this problem afterwards.

Although everything is unknown, Zhang Shan feels that there is a premonition somewhere.

He will definitely gain something different this time!

(End of this chapter)