Chapter 551 Academic Works
74 years.
Within the Qiusuo Research Institute, a larger relevant research team was mobilized.
Invested in research and theoretical design of new electric propulsion engines.
The newly born fourth material objectively reduces the difficulty of designing new electric propulsion engines.
It is also the basis for the electric propulsion engine research team of Qiusuo Research Institute, led by Mo Dao, to focus on a large number of theoretical and technical issues involved.
There is no doubt that this is a super project within the Qiusuo Research Institute at the moment.
Under the auspices of Mo Dao, the electric propulsion engine research team has received the greatest resource support from Qiusuo Research Institute.
A total of more than 30,000 researchers from related fields teams have invested in the research of this super project.
Even though most of them are research assistants in a certain research group, the research assistants in the Research Institute are already geniuses among ordinary researchers.
In addition to the leaders and leaders of research teams in various fields, more than 100 core researchers, and a large number of full researchers.
Even leaving aside Mo Dao, this is still a very powerful scientific research force in this era.
Just spending some time can solve many problems.
Under the auspices of Mo Dao, the entire research team began a sprint on the theoretical aspects of electric propulsion engines.
With Suigu's assistance, Mo Dao quickly split the entire problem and distributed it to relevant research teams in various fields.
The entire huge research team, under the auspices and participation of Mo Dao, and also with some scientific research assistance and computing power support provided by Suigu,
Under this same ultimate goal, a joint force in scientific research is formed.
a whole year,
Qiusuo Research Institute’s entire large research team on electric propulsion systems,
At least in the theoretical research on electric propulsion systems, there is some high-spiritedness.
However, this is indeed an unprecedentedly difficult research for the entire Quest Institute in this life.
Even when Mo Dao presided over the entire research, the single problem that needed to be solved was divided into the hands of each research team, which was still complex and difficult.
Makes people ‘daunting’.
But finally, although it was slow, from time to time the researchers could finally feel that the entire project was progressing.
Although Chief Mo has always been in control of the overall situation of the entire super project, changes can still be felt in the direction of some single issues that are constantly distributed to research teams in various fields.
This year,
Mo Dao also lived an extremely fulfilling life.
For Mo Dao, theoretical research is his strength.
Continuously increasing thinking ability and memory ability far beyond ordinary people, as well as a comprehensive and in-depth understanding of a large number of scientific research fields,
These are all his advantages in the field of theoretical research.
For the same propulsion system issue, the breadth of knowledge he has mastered can range from theoretical physics, to applied physics, to mathematics, all the way through to the fields of materials and engineering.
Mo Dao has also been conducting theoretical research on electric propulsion systems for a long time.
This year, it’s time to harvest.
While presiding over some theoretical design work of the entire project research team,
Mo Dao was also thinking about some final issues at the theoretical level of the entire electric propulsion system.
…
A few final questions at the theoretical level,
Finally, one afternoon before the end of the year in 1973, I found the answer while thinking again in the study.
In the whole process, there was no burst of inspiration or enlightenment.
Only what comes naturally will come naturally.
There is nothing special about this day, it is not a special day, and it is not a special holiday.
There is nothing special about thinking in the study.
This work, coupled with the thinking that started in my spare time at the beginning of this life,
It's been going on for decades.
Most of the questions are answered gradually during this long period of thinking.
At this moment, I only got the answers to the last few questions.
Even this is not the most difficult question among them, it is just some questions that have been continuously extended through constant thinking.
Now, the answers to all the thinking can be traced back to the initial thinking about the new electric propulsion system as a whole.
Not to mention how exciting and exhilarating it is,
But for Mo Dao, he still felt comfortable.
In my mind, the plasma working fluid that should be accelerated in the electric propulsion engine,
Everything seems to be emerging clearly.
In the end, Mo Dao just smiled.
…
Mo Dao got the answers to the last few theoretical questions.
But this does not mean that the theoretical design work of electric propulsion engines can be completed instantly.
This is quite a complex job,
It is impossible for Mo Dao to complete all the design work under the framework of this huge system alone.
It is only a large theoretical framework that serves as a general direction guide for the entire new electric propulsion engine design work.
For the entire large research team,
My specific feeling about this is,
The research and design work on electric propulsion engines seems to have become much smoother.
It was like returning to the previous state of research on helium-3 fusion technology under the leadership of Chief Engineer Mo.
The progress of the entire project has also been significantly accelerated.
time,
In this case, the flow continues.
…
In 1973, 1974... until 1975,
Qiusuo Research Institute completed the theoretical design of the electric propulsion engine.
With the participation of Suigu, a lot of time was saved with the support of huge computing power.
In the 1974th year of the process,
Mo Dao still found time to publish another work on materials science,
called "Superconducting Materials, Materials and Computational Materials".
These theoretical achievements in the field of materials science by Mo Dao in recent years are also the basic theoretical support for the birth of the fourth material.
After the release of this academic work, it caused a great response even in the public.
It's not because everyone can understand it. Even though this era has a lot of researchers, it is impossible for everyone to understand the field of materials science.
It's mainly because of Mo Dao's signature-the academic work of Chief Mo, the value can be imagined.
However, in the public, they are mainly joining in the fun.
What really caused a response was the field related to materials science.
However,
even for researchers in the field of materials in Qiusuo Research Institute, it is still difficult to understand this book.
Even if Mo Dao writes in a simple and easy-to-understand way, it cannot change the fact that as the book goes on, the content becomes more and more in-depth, and researchers in the field of materials are gradually unable to keep up.
However, there is one thing that a group of scholars and researchers in the field of materials hold the same view as the public.
This is a great material science book.
Some relevant scholars commented on the Internet without any euphemism that "this may be the foundation of material science in the next era."
Of course, for Mo Dao, this is just an episode,
just like when he was doing research on room-temperature superconducting materials, he also wrote an academic work on superconducting material theory.
…
75 years.
In the electric propulsion system research team, with the excited cheers of a group of researchers,
the theoretical design of the new electric propulsion system was declared completed.
At the first time,
based on the substitution of the fourth material,
a group of researchers input the theoretical design into the computing cluster of Suigu Intelligence,
with the assistance of Suigu Intelligence,
a computational simulation was conducted for the theoretical design of the entire electric propulsion system.
Finally, the results did not disappoint the researchers.
The relevant research team cheered with more excitement than before.
The simulation experiment passed!
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