Xinghai Institute of Materials Science and Technology.
"Boss, what brought you to my place?"
Chen Jing, the head of the Institute of Materials Science, was one of the very few female scientists in many research institutes at that time. She also entered Xinghai Technology right after graduation. Then she gradually shined at Xinghai Technology and was constantly promoted. Now she is only in her 20s.
He is already a level 3 scientist and the head of the Institute of Materials Science.
Chen Jingren is average-looking, but has an excellent temperament. She has a very outstanding scholar and scientist temperament. In addition, because she has achieved such great achievements at a young age, she is also very confident.
This has also resulted in Chen Jing still not getting married, or even having a boyfriend.
There were a lot of people chasing her, including a lot of people from the Institute of Materials Science alone, but she didn't take any fancy to them. She was very demanding. It was said that she wanted to find someone like Liu Yuan.
The person needs to be handsome, and he also needs to be engaged in scientific research. The most important thing is that he needs to be a genius and have a high IQ, so that he can be worthy of her.
This is also the reason why she has been single.
There are not many people who meet her requirements. There are a lot of young talented scientists from Xinghai Science Research Institute, many of whom are like her. They are already Level 3 scientists at a young age and are the head of a research institute.
Like Wang Wei, Xu Zilong, Wang Chen, Zhou Tong, Ran Hao, Wan Hanrui, etc., they are all talented and outstanding scientists in their 20s. They are also senior managers of Xinghai Technology and important leaders of the research institute.
However, each of these people is a golden son-in-law. I don’t know how popular they are. Many people are chasing each of them. There are countless beauties among them. They must have a good figure and good looks. The key is not to
Shaoren's family background is also quite good.
There is no way, they are all young and promising, and they are also scientists. The key is that the income here at Xinghai Technology is very high. With an income of several small goals or even a dozen small goals a year, you can have multiple talents and riches.
In addition, after Liu Yuan used genetic drugs to develop his brain and body, everyone has become tall, handsome and sunny. This is definitely a hot commodity.
Each of them is very picky. They don't find girlfriends or marry wives casually. Although Chen Jing is good in all aspects, her appearance is a flaw. Even after optimization and transformation with genetic optimization fluid, her appearance is still the same.
She is not considered a beauty, so she has always been single.
"Come and take a look at the research on degenerate materials."
Liu Yuan smiled and said.
Then he said to Chen Jing: "You are now a grown-up, it's time to find a partner, right?"
"Don't be too picky, we can just find one within the institute."
"Boss, do you think everyone is like you? You become a father at the age of eighteen."
Chen Jing was speechless. Her boss was obviously her ideal partner. However, Liu Yuan, a playboy, had a woman at home, and it was said that there were several outside. It was said that he had given birth to several children.
.
",,,,ahem, my situation is special, my situation is special."
When Liu Yuan heard this, he immediately touched his nose and smiled awkwardly.
"What's so special? You men are all the same. None of you are good."
Chen Jing curled her lips and said.
The boss is indeed very attractive, and when you get along with him, you will always become obsessed with him unconsciously, but when you think of Liu Yuan, this playboy, you immediately despise him fiercely.
"There are still good men. There are many in our Academy of Sciences. There are many. Don't ask for too much. Research is important. Falling in love, getting married and having children are equally important. Life is like this. Anything less is imperfect.
"
Liu Yuan smiled awkwardly and said.
Although I am a scumbag, I can't help it. No matter Dong Feifei, Li Dan, Li Xue or Li Hanqing, I have no way to end it. I can only go on like this.
If Liu Yuan is really too carefree, then I guess there are not many women out there. After all, they need money, they need to be handsome, and even now there are still many, many people who take the initiative to rely on Liu Yuan.
"Why do you feel like boss, you are like an old man? I'm not in a hurry. Why are you so anxious?"
Chen Jing was speechless. Liu Yuan, the boss, was in charge of everything and even took care of her own marriage and children. If it weren't for her boss, Chen Jing would have wanted to scold Liu Yuan, a big pig's hooves.
.
I am only in my 20s now, and I am still 2 years away from turning 30, which is still very early.
"Okay, let's talk about the research on degenerate materials."
Liu Yuan smiled, it seemed really inappropriate for him to urge marriage like this.
In this era, a large number of people in their thirties and forties are unmarried and have children. Everyone is focused on pursuing self-worth and improvement, and they are as afraid of marriage and having children.
Chen Jing is only in her twenties, still very young and accomplished. For someone like her, the requirements for love are very high, and marriage is not a necessity for her.
"At present, the progress is very unsatisfactory."
"We tried a variety of methods, but we were never able to create a degenerate material."
"Degenerate materials are materials created from an atomic perspective. With our current technology, I think we can give up on this research. There is no need to waste time, money and manpower on it."
When it comes to work, Chen Jing immediately becomes serious.
He began to report to Liu Yuan in detail about the research on degenerate materials, and finally came to the conclusion that current technology has not developed enough to create degenerate materials.
"Despite the development of scientists' technology, it seems that we can artificially synthesize materials at the atomic scale, such as atomic clusters, cluster materials, linear chains, multi-layer heterostructures, ultra-thin films, etc."
"These materials are characterized by low dimensionality, small symmetry, and significant geometric features."
"But this is only possible. When it comes to actual operation, it is difficult for us to create the materials we need from an atomic perspective."
"The unit of an atom is really too small. Current science and technology can only reach the nanometer level at most, and atoms are much smaller than nanometers."
First of all, let’s talk about the size of atoms and nanometers. A nanometer is a unit of length. A nanometer is one billionth of a meter.
1 nanometer is equal to the length of 10 hydrogen atoms arranged side by side in a row, but the size and diameter of each atom are different, so 1 nanometer may be equal to the length of the arrangement of dozens of atoms of other elements.
20 nanometers is approximately one-thousandth of the diameter of a human hair.
Nanotechnology, as it is usually called, refers to the study of special phenomena and special functions of substances at the nanoscale, within the range of 100 nanometers to 1 nanometer, and the creation of new materials by directly manipulating and arranging atoms and molecules.
technology.
Scientists usually use scanning tunneling microscopes to study nanotechnology. This scanning tunneling microscope can magnify tens of millions of times, allowing scientists to study the microscopic world at the nanoscale.
Since the 1990s, nanotechnology has developed rapidly. New scientist fields such as nanoelectronics, nanomaterials, nanomechanics, nanobiology, etc. have continued to emerge, and many achievements have been made.
Breakthroughs and major scientific research results.
For example, in the chip field, it belongs to the field of nanoelectronics. It is also thanks to technological breakthroughs that it is possible to create chips of a few nanometers, allowing computer technology to develop rapidly.
"Although in the last century, scientists have used probes to move xenon atoms on the surface of metallic nickel to combine them, and there are also scientists who have moved graphite, silicon atoms, sulfur atoms, iron atoms, etc., and even placed
There are all kinds of pictures.”
"But this is only limited to a very small scale. The number of atoms can be counted, and the size is at the nanometer level."
"And it is only a very simple movement, which is limited to showing the arrangement and structure of some atoms, so that the material can obtain some special abilities."
"It is still unrealistic to create degenerate materials, and there is still a huge gap. The biggest problem is that there is no way to manufacture them on a large scale and in large quantities."
Chen Jing shook her head as she spoke.
As a scientist and authority in the field of materials science, she is very clear about the development of materials science.
Scientists at Xinghai Technology can also move a small amount of atoms into a certain arrangement, but they want to create degenerate materials.
In Chen Jing's view, it is still unrealistic and it is better not to waste manpower, material resources and time.
"Hmm~"
Liu Yuan listened carefully and nodded in agreement. It is indeed not an easy task to create materials from an atomic perspective, especially with today's technology.
If it is a powerful civilization in the interstellar universe, it is completely possible to mine white dwarfs and neutron stars, and directly obtain a large amount of degenerate materials.
There are also civilizations that have mastered space technology. They can directly use space compression technology to compress planets, asteroids and the like into degenerate materials, and produce degenerate materials in large quantities and on a large scale.
For current Xinghai Technology, it is not easy to create degenerate materials, but it is not impossible.
"Perhaps we will have to wait until a breakthrough in magnetic energy technology to create degenerate materials."
Liu Yuan thought about magnetic energy technology. For low-level civilizations in the universe, mining white dwarf neutron stars is obviously unrealistic. This is even more unrealistic using space technology. To create degenerate materials, a more feasible way is to use magnetic energy.
Technology uses powerful magnetic fields to affect atoms and create degenerate materials.
In addition, other technologies are difficult to manufacture degenerate materials on a large scale.
pS: Technology is really a systematic and comprehensive thing. Only breakthroughs in all aspects can lead to quantitative changes and qualitative changes~ I just don’t know when we will truly enter the era of interstellar universe~