I failed a course, and the system became my study supervisor.

Chapter 55 Achievement Function?

In 1982, Cabrera designed a ring-shaped magnetic monopole detector himself. This detector is based on the principle that when a magnetic monopole passes through a wire ring, it will generate an electric current similar to the current generated by a magnet passing through a coil in Faraday's experiment.

Surprisingly, on the evening of February 2, the detector detected a perfect signal with the characteristics of a magnetic monopole.

However, many scientists, including himself, subsequently conducted similar experiments but never received the same signal. Cabrera's search for magnetic monopoles came to an end.

But he gave this encounter a romantic name - Valentine's Day Uninvited Guest.

Such a name undoubtedly adds mystery and romance to the exploration of magnetic monopoles, making Xu Ling sigh when looking back on this history.

Modern exploration methods are constantly emerging, including the use of high-energy particle accelerators, the detection of cosmic rays, and the exploration of the Earth's magnetic field. Among them, there is one record that also amazed Xu Ling.

IceCube is a neutrino telescope located in the Antarctic ice. It works by detecting Chirenkov light produced by cosmic neutrinos passing through the ice.

It has 5160 digital optical modules arranged in 86 vertical lines, frozen in the ice at a depth of 1500-2500 meters, covering a total volume of about one cubic kilometer.

Although this highly anticipated instrument ultimately did not find direct evidence of magnetic monopoles, it did predict the possible energy levels of magnetic monopoles to a certain extent.

After collecting these materials, Xu Ling immediately started typing on the keyboard, and the framework of a paper came into being:

The History, Current Status and Future of Magnetic Monopoles

"Keywords: magnetic monopoles, cosmic rays, astroparticle physics, high-energy particle interactions."

"Abstract: Since Dirac proposed the theoretical conjecture of the existence of magnetic monopoles in 1931..."

Obviously, Xu Ling's paper is divided into three parts. The first two parts are mainly compiled by collecting various materials, and in the last part, Xu Ling wants to propose some feasible methods.

So why haven’t we found the method before?
Xu Ling fell into deep thought.

Both ground and high-altitude detection were unsuccessful. Why?
Is it because the flow and speed of magnetic monopoles are too small that they are captured by the magnetic field of the earth or other celestial bodies?

So where should the detection be done?

ground……

high altitude……

Where else?
Depend on!
Space!
Why didn’t I think of this!
Xu Ling was instantly filled with surprise, and he quickly typed out a long paragraph of text:

"Combined with research on past human exploration, I suggest that the next phase of exploration should be conducted in space, using our country's space station and satellite programs."

However, such a simple explanation is not enough. If Xu Ling can think of it, others can naturally think of it as well, but why is there no result so far?

Xu Ling continued: "In space, cosmic ray detection and geomagnetic field measurements can be performed simultaneously. And if magnetic monopoles exist, some particles will inevitably not be captured."

"In order to better identify the types of particles in cosmic rays, I suggest developing an electron spectrometer that is sensitive in the Tev energy range.

......"

Ctrl + S
call--

Finally finished writing, Xu Ling breathed a sigh of relief.

Although a lot of the content is an integration of various materials, only the final content is summarized by myself, and it may not be of any use.

But Xu Ling was still very satisfied with it.

The paper that had troubled Lin Yuxin for a long time was finished by herself in two or three hours. What else is there to say?
Just one word!

Cool!
Unexpectedly, at this moment, the system, which had been silent for a long time, suddenly issued a mechanical prompt sound:

"It has been detected that the host has completed a paper independently. Congratulations to the host for achieving an achievement - a breakthrough from zero! Reward: 100 motivation points, and unlock the achievement system!"

I rely on!

The system actually has hidden functions!

And you will be rewarded with 100 motivation points as soon as you arrive!
Xu Ling was pleasantly surprised, yet also filled with regret. If only he had discovered this achievement feature sooner. Why would he have to toiled through tasks with such little reward?

"Turn on the achievements feature!"

Xu Ling tried to call out.

The familiar floating screen appeared immediately. Then, a golden icon emerged from the bottom of the panel.

Clicking the icon, a brand new panel unfolded before Xu Ling's eyes. Aside from the first achievement totem, which was lit up, the rest of the list was all black and invisible.

And without any text reminder, Xu Ling had no idea how to unlock it.

So, what is the purpose of the system's achievement system?
Xu Ling couldn't help but think about this question.

Independently completed papers, even if they were just class assignments, can be a catalyst for achievement. However, the previous PRL paper that caused such a stir received no response at all.

So the problem lies in this independence.

Judging from the achievement function, does the system hope that you can achieve academic achievements solely based on your own abilities rather than being a complete puppet of the system?

Did I use the system wrongly before?

Instead of completing tasks step by step, we should try different things.

Besides the independently completed papers, what about the drawings you designed yourself, or the theoretical proofs you completed independently?
Xu Ling's thoughts instantly expanded, and he kept guessing the requirements for achieving different achievements.

But there's another exciting thing going on right now.

That's how to use 100 motivation points!
Adding the points gained from previous missions, Xu Ling's points are now:

150 points for motivation and 390 points for diligence.

How to allocate?

Without rushing to think about this problem, Xu Ling first opened the subject level panel.

Mathematics - Level 1 (130/1000) (+)
b.Physical——lv.1 (100/1000)(+)
c. Chemistry——lv.0 (10/100)(+)
d. Biology and Medicine——lv.0 (5/100)(+)
e. Informatics lv.0 (0/100)(+)
f. Engineering lv.0 (0/100)(+)
g. Linguistics lv.0 (0/100)(+)】

The experience in chemistry and biology has actually increased?

This was something Xu Ling had not anticipated.

Then just upgrade Chemistry to level 1 first.

Then, Xu Ling waved his hand, and with a flash of golden light, his chemistry experience changed from lv.0 to lv.1.

Unlike the upgrade experience of mathematics and physics, the upgrade experience of chemistry is more intuitive.

At the moment of upgrading, Xu Ling felt a momentary tingling deep in his mind.

Then, a lot of forgotten high school chemistry knowledge seemed to be pulled out from the depths of memory by some powerful force.

Xu Ling even felt that he had mastered it better than when he was in middle school.

Is this what is called reviewing the old to learn the new, and can one become a teacher?

It's really amazing.

So, there are only 60 motivational points left, and there are still a lot of diligence points.

Want to draw a prize?

An idea suddenly popped up in his mind, as if it carried infinite temptation, constantly urging Xu Ling to make a decision.

Depend on!
Smoked!

(End of this chapter)