Chapter 608: Castle in the Sky
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Niao Shi Lang
Chapter 608: Castle in the Sky
Afterwards, every achievement produced by the Department of Physics has been credited to him as the director.
So Director Yan is now more attentive, and his attitude towards Jiang Cheng is so enthusiastic that he can't wait to confess Jiang Cheng directly.
Now he hopes that Jiang Cheng can give more guidance to their physics department, so as to gain more political chips for him.
Jiang Cheng has always been aware of Director Yan's attitude, and he is also very clear about what Director Yan has in mind.
However, Jiang Cheng didn't feel like he was being used at all. He did all this just to help the domestic physics community.
Jiang Cheng didn't care at all what benefits Director Yan could get from it. Jiang Cheng never paid attention to these political things.
Besides, Jiang Cheng just did it casually today, just making some simple suggestions, and he didn't need to spend much effort anyway.
Just looking at the excitement of those physicists after they found their way, Jiang Cheng felt that his challenge today was worth it.
These scholars who devote themselves to research deserve Jiang Cheng to do something for them.
This time, the visit and guidance activities continued in this harmonious atmosphere.While visiting the physics laboratory of Tsinghua University, Jiang Cheng casually gave pointers on the research work in the laboratory.
After a while, Jiang Cheng and his team came to a huge room with several superstar machines placed in the room.
The laboratory occupies a vast area, far exceeding the size of other experiments.
Jiang Cheng raised his head and glanced at the door plate of this laboratory, which read Ruo Qinghua University Department of Physics Dark Matter Laboratory
Director Yan saw that Jiang Cheng was interested in this laboratory, and immediately introduced it to Jiang Cheng: "This is the dark matter laboratory of our university, and all experiments related to dark matter will be carried out here. There is no need for Director Yan to introduce Jiang Cheng. Cheng also knows what this place is for, after all, everything is clearly written on the house number.
Of course, the dark matter laboratory studies dark matter, otherwise what else can it study.
Jiang Cheng walked into this laboratory full of huge equipment, and the others quickly followed.
This laboratory is very busy now, and there are many postgraduate and doctoral students doing experimental work.
Many people are staring intently at those giant devices, recording various data displayed on the devices.
The reason why there are so many huge experimental equipment here is that these equipment must be used to study dark matter.
The study of dark matter is very difficult. Human beings are still unable to study this matter directly, and can only study it indirectly through some equipment.
This indirect research method makes it difficult to manufacture equipment. The equipment related to the study of dark matter has not been able to be miniaturized, so the equipment here looks so big.
Dark matter is no stranger to Jiang Cheng, this kind of thing is ubiquitous in the universe.
Dark matter accounts for 26% of the matter content in the universe, which can be said to be a very important part of the universe.
But this kind of matter is very small, smaller than electrons and photons, which makes it difficult for humans to directly observe, but dark matter will interfere with the light and gravity emitted by stars, so the existence of dark matter can be detected by people.
Human beings still don't know what dark matter is and what kind of state it exists in.
Dark matter has actually been discovered by the scientific community a long time ago, but human beings have not been able to thoroughly study this kind of thing.
The current research on dark matter is all conjectures, and no systematic theory has emerged yet.
All the scientists can't find any good way to study the mysterious things like dark matter.
We can only conduct some indirect research on dark matter through some very complicated equipment.
But this kind of indirect research can study very few things, and the research on dark matter is basically in a state of stagnation.
In the entire physics world, there are many physicists who study dark matter, and this is a relatively popular project in the physics world.
Basically, some powerful universities all have specialized dark matter laboratories
It can be said that every country with good scientific research capabilities has invested a lot of resources in the research of dark matter.
Many physicists regard dark matter as their main research direction, and spend an astronomical amount of research funding every year.
But these huge investments are all random, and there is no hope of success at all.
After so many years of research, dark matter is still so mysterious that people can't guess what it is.
Humans can't even figure out the most basic structure and way of existence of dark matter, let alone some more advanced properties research.
The research work on dark matter in the physics community is basically still in a stagnant state, and the results obtained are all unimportant things.
Take this dark matter laboratory of Tsinghua University as an example. Don't look at the people in the laboratory who are doing research in full swing.
Everyone is fiddling with different ~equipment.
But their equipment can help them very little, and the results that can be obtained are basically not important, and they are all indirect experimental data.
There are not many places where the data can help them. These studies are all about luck. Let's see if they can research something if they are lucky.
Such a research method is tantamount to finding a needle in a haystack, and its efficiency is too low.
In fact, Jiang Cheng is quite interested in things like dark matter.
After Jiang Cheng saw this dark matter laboratory, he became interested in studying dark matter.
This is the most cutting-edge problem in the physics field, and if it is solved, it will be very important for the development of the entire physics.
Dark matter is the final component of the universe. If we don't understand this kind of thing, human physics may stagnate.
Physics is a subject that studies the basic structure and composition of the universe. Dark matter is a barrier that physics cannot bypass.
If humans can figure out dark matter, the understanding of the universe can go a step further.
Since dark matter is so important to physics, Jiang Cheng wants to solve this problem.
The development of physics is also very important to Jiang Cheng, and many of his plans depend on the progress of physics.
A basic subject like physics is a prerequisite for many technologies.
Without sufficient physics support, Jiang Cheng's space program is just a castle in the air.
If human beings are still unable to figure out the structure of the universe, how can Jiang Cheng conquer the entire space.
Now that the problem of dark matter has affected the development of physics, Jiang Cheng doesn't mind wasting some time to solve this difficult problem that has stumped countless physicists.
(End of this chapter)
Afterwards, every achievement produced by the Department of Physics has been credited to him as the director.
So Director Yan is now more attentive, and his attitude towards Jiang Cheng is so enthusiastic that he can't wait to confess Jiang Cheng directly.
Now he hopes that Jiang Cheng can give more guidance to their physics department, so as to gain more political chips for him.
Jiang Cheng has always been aware of Director Yan's attitude, and he is also very clear about what Director Yan has in mind.
However, Jiang Cheng didn't feel like he was being used at all. He did all this just to help the domestic physics community.
Jiang Cheng didn't care at all what benefits Director Yan could get from it. Jiang Cheng never paid attention to these political things.
Besides, Jiang Cheng just did it casually today, just making some simple suggestions, and he didn't need to spend much effort anyway.
Just looking at the excitement of those physicists after they found their way, Jiang Cheng felt that his challenge today was worth it.
These scholars who devote themselves to research deserve Jiang Cheng to do something for them.
This time, the visit and guidance activities continued in this harmonious atmosphere.While visiting the physics laboratory of Tsinghua University, Jiang Cheng casually gave pointers on the research work in the laboratory.
After a while, Jiang Cheng and his team came to a huge room with several superstar machines placed in the room.
The laboratory occupies a vast area, far exceeding the size of other experiments.
Jiang Cheng raised his head and glanced at the door plate of this laboratory, which read Ruo Qinghua University Department of Physics Dark Matter Laboratory
Director Yan saw that Jiang Cheng was interested in this laboratory, and immediately introduced it to Jiang Cheng: "This is the dark matter laboratory of our university, and all experiments related to dark matter will be carried out here. There is no need for Director Yan to introduce Jiang Cheng. Cheng also knows what this place is for, after all, everything is clearly written on the house number.
Of course, the dark matter laboratory studies dark matter, otherwise what else can it study.
Jiang Cheng walked into this laboratory full of huge equipment, and the others quickly followed.
This laboratory is very busy now, and there are many postgraduate and doctoral students doing experimental work.
Many people are staring intently at those giant devices, recording various data displayed on the devices.
The reason why there are so many huge experimental equipment here is that these equipment must be used to study dark matter.
The study of dark matter is very difficult. Human beings are still unable to study this matter directly, and can only study it indirectly through some equipment.
This indirect research method makes it difficult to manufacture equipment. The equipment related to the study of dark matter has not been able to be miniaturized, so the equipment here looks so big.
Dark matter is no stranger to Jiang Cheng, this kind of thing is ubiquitous in the universe.
Dark matter accounts for 26% of the matter content in the universe, which can be said to be a very important part of the universe.
But this kind of matter is very small, smaller than electrons and photons, which makes it difficult for humans to directly observe, but dark matter will interfere with the light and gravity emitted by stars, so the existence of dark matter can be detected by people.
Human beings still don't know what dark matter is and what kind of state it exists in.
Dark matter has actually been discovered by the scientific community a long time ago, but human beings have not been able to thoroughly study this kind of thing.
The current research on dark matter is all conjectures, and no systematic theory has emerged yet.
All the scientists can't find any good way to study the mysterious things like dark matter.
We can only conduct some indirect research on dark matter through some very complicated equipment.
But this kind of indirect research can study very few things, and the research on dark matter is basically in a state of stagnation.
In the entire physics world, there are many physicists who study dark matter, and this is a relatively popular project in the physics world.
Basically, some powerful universities all have specialized dark matter laboratories
It can be said that every country with good scientific research capabilities has invested a lot of resources in the research of dark matter.
Many physicists regard dark matter as their main research direction, and spend an astronomical amount of research funding every year.
But these huge investments are all random, and there is no hope of success at all.
After so many years of research, dark matter is still so mysterious that people can't guess what it is.
Humans can't even figure out the most basic structure and way of existence of dark matter, let alone some more advanced properties research.
The research work on dark matter in the physics community is basically still in a stagnant state, and the results obtained are all unimportant things.
Take this dark matter laboratory of Tsinghua University as an example. Don't look at the people in the laboratory who are doing research in full swing.
Everyone is fiddling with different ~equipment.
But their equipment can help them very little, and the results that can be obtained are basically not important, and they are all indirect experimental data.
There are not many places where the data can help them. These studies are all about luck. Let's see if they can research something if they are lucky.
Such a research method is tantamount to finding a needle in a haystack, and its efficiency is too low.
In fact, Jiang Cheng is quite interested in things like dark matter.
After Jiang Cheng saw this dark matter laboratory, he became interested in studying dark matter.
This is the most cutting-edge problem in the physics field, and if it is solved, it will be very important for the development of the entire physics.
Dark matter is the final component of the universe. If we don't understand this kind of thing, human physics may stagnate.
Physics is a subject that studies the basic structure and composition of the universe. Dark matter is a barrier that physics cannot bypass.
If humans can figure out dark matter, the understanding of the universe can go a step further.
Since dark matter is so important to physics, Jiang Cheng wants to solve this problem.
The development of physics is also very important to Jiang Cheng, and many of his plans depend on the progress of physics.
A basic subject like physics is a prerequisite for many technologies.
Without sufficient physics support, Jiang Cheng's space program is just a castle in the air.
If human beings are still unable to figure out the structure of the universe, how can Jiang Cheng conquer the entire space.
Now that the problem of dark matter has affected the development of physics, Jiang Cheng doesn't mind wasting some time to solve this difficult problem that has stumped countless physicists.
(End of this chapter)
