An academic teaching of Professor Qian Xuesen to the author(五)

An academic teaching of Professor Qian Xuesen to the author-An important event occurred on the way to the career of scientific research（五）

Final summary

This is the summary of my years of scientific research, in which the achievements of scientific research embody my years of hard work and sweat. It can be said that my real scientific research career began with a strict academic instruction from Professor Qian Xuesen, who introduced me to a very challenging scientific research field and made one academic achievement after another in this field. Despite the guidance of Professor Qian Xuesen, an academic master, I embarked on the academic road of modernization of Dialectics of Nature and the establishment and development of science and technology. Whenever I think of Qian Lao's strict teaching, I feel a power. This force has been inspiring and motivating me, making me unremitting and actively engaged in scientific research. But my scientific research career is not smooth sailing, smooth, smooth wind, no obstacles. In summary, every step through these years is so difficult and bumpy, so hard and tortuous, so ups and downs, so obstacles. I did not like other scholars in the academic dry wind, career development of vigorous; Nor are they as miserable as other scholars in the academic world, and the development of their careers is bleak. It is walking on the edge of the intersection of multiple disciplines and has been marginalized. Alone in the tenacious, unknown engaged in scientific research work and maintain a kind of high morale, courage. I am a researcher who is engaged in interdisciplinary scientific research between natural science and social science, perhaps because of this characteristic, my research work is difficult to stand out in one aspect, so that people can not pay attention to the scientific significance and academic value of my research results. This is a bit like the British scientist Bernard "Bernard effect" in my reflection. The Bernard effect refers to the fact that the interests are too broad, the thinking is too divergent, and a large number of first discovery opportunities are missed. It is very unfavorable to fine and in-depth creation, and later generations will call this phenomenon the Berner effect. But not entirely, because my theoretical innovations in many aspects are so far ahead of their time, and some of them may only be recognized by people after decades or even centuries of scientific significance and academic value. Therefore, the academic evaluation of my scientific research achievements in today's academic circles is far from satisfactory as I imagined, which is a bit like the embodiment of Mendel's phenomenon in me. Because I also have a wide range of hobbies, my research on many aspects is innovative across multiple disciplines, resulting in a large number of "extraordinary scientific and technological research achievements", which can not be quickly recognized and accepted by people, resulting in Mendelian tragedy effect. This is what I call the "calm effect." It is different from the "Bernard effect" in that the same hobby is extensive, one is because of the failure to in-depth research, shallow and missed again and again a large number of first discovery opportunities, such as the "Bernard effect". The other is that there are a large number of first discoveries that cannot be understood and accepted by contemporary people because of their advanced consciousness and transcendence, such as the "Shen law effect". The feature of my research is that I walk at the edge of natural science and social science. First, I achieve breakthrough and innovative achievements in natural science (life science and medicine, etc.), and then transplant breakthrough and innovative achievements in natural science (life science and medicine, etc.) to social science (science and technology, science and technology management, etc.). It has been successful in both the natural sciences (biometrics, life sciences and medicine, etc.) and the social sciences (scientometrics, science and technology, and science and technology management, etc.). However, due to the small visibility and weak influence, it has not attracted people's attention and attention.

I am a researcher who has long been engaged in interdisciplinary scientific theory and application research in dialectics of nature, science and technology, history of science and technology, scientometrics, management science, life science, biomathematics, medical statistics and medical management, and is committed to the integration of theoretical systems of biological science and social science. On the basis of this unification, the "life science large-scale system theory" system is constructed in an all-round way. Breakthroughs have been made in the discipline construction of science and technology, the basic theory research of life science and the establishment of large system theory of life science. First of all, we found "the general equilibrium law of biological metabolism", "the natural equilibrium selection law of biological evolution", "the probability distribution law of biological genetic gene", "the matrix distribution law of biological genetic gene", and "the double S-curve law of life cycle". Secondly, it puts forward the theory of natural balanced selection of biological evolution, which is the inheritance, innovation and development of Darwin's theory of natural selection of biological evolution. Third, the "life cycle double S-curve growth theory" is proposed, which is a vertical view of L. Breakthrough and development of Euler-T, Malthus exponential growth theory and F. Wilhorst-R. Pearl S curve growth theory. If J. Watson and F. Crick's discovery of the "double helix structure of DNA" provided the building blocks for the theoretical system of "modern biology," Then "biological genetic probability distribution law", "biological genetic gene matrix distribution law" and "life cycle double S-curve law" provide reinforcement and concrete for the construction of modern biological theoretical system. Together, therefore, they form the framework of the "modern theory of biology" edifice. And finally, to fully transfer these life science ideas to social science research, He has successively proposed that science and technology is the genome map of human civilization evolution, the law of science and technology information transmission center, the law of probability distribution of science and technology genetics, the law of science and technology genetics matrix distribution, the law of double S-curve of science and technology growth, the theory of natural equilibrium selection of social evolution, and the double S-curve growth theory of life cycle of social evolution. And on the basis of these theories put forward the "super science theory" (see Shen Lu's "Small science, Big Science, Super Science"). "Super science theory" is a breakthrough and development of Engels' "little science theory" (see Engels' Dialectics of Nature) and Price's "Big science theory" (see Price's "Little Science, Big Science"), which will play a key role in the modernization of Dialectics of Nature and the creation and development of science and technology. Thus, he became the main founder of life science theory, science and technology, modern biology and other subject theories. Because of its long-term commitment to life science research and the application of the basic principles and methods of life science to solve the nature of science and technology, economy and society and their development laws and other issues, with biological models to solve the law of science and technology, economy and society development. He has made many academic achievements in the modernization of Dialectics of Nature, the construction of science and technology and the research of life science large-scale system theory. He has repeatedly published a large number of academic theories in important journals such as "Science Research", "China Science and Technology Forum", "China Soft Science", "Science and Technology Guide", "China Science and Technology Information", "Future and Development", "High technology and industrialization", "Anhui Science and Technology", "Scientific Research Journal", "Innovation and technology", "Hainan Science and Technology", "Anhui University", "Anhui Normal University", "Journal of Wannan Medical College" Writing. Some of the academic articles have been cited by many academic journals and reprinted by many domestic journals and websites (for example: Renmin University of China Photocopying album, China Science and Technology Planning Network of the Ministry of Science and Technology). He also wrote Science and Technology - The Science of comprehensive and systematic research and reflection on science and technology, Little Science, Big Science, The Breakthrough and development of D. Price's Theory of Scientific and Technological Growth, Modern Biology - From the Double Helix Structure of DNA to the double S-curve law of Life Cycle, Biological Evolution - Biometric Analysis of the natural increment selection Process of biological Evolution, and the Theory of Life - A Comprehensive study of the nature of life and its development law.

However, my main scientific contribution is concentrated in the Basic Laws of Biological Evolution and Biogenesis: A Comprehensive study of the Formation, replication and Expression of the Human genome, which is the source of all my innovative results, without which nothing would be possible. This paper represents the core content of my thought. My innovations in science and technology (natural and social sciences) focus on this. If Mr. Qian were still alive, I would report these results to him. Tell him that my work has reached a certain level of academic excellence. From "Rhythm, Systematic Cybernetics and the Evolution of Objective Things" to "On the Basic Laws of Biological Evolution and Biogenesis - A Comprehensive study of the formation of the human genome and its replication and expression process", although there has been no change in academic views, there has been a fundamental change in academic expression. These are two different periods of leapfrog scientific and technological achievements, which is a change in the form of academic achievements, but also a change in thought and mode of thinking. I'm thinking Mr. Qian will think highly of this paper when he sees it. At the same time, he will be happy that I have made so many scientific achievements. Aside from my other scientific research achievements, it is no exaggeration to say that my above achievements are not only a subversive, creative and revolutionary major theoretical breakthrough and innovation in science and scientometrics theory, but also a subversive, creative and revolutionary major theoretical breakthrough and innovation in life science and medical theory. And in these two comprehensive cross-research fields to achieve subversive, creative, revolutionary major theoretical breakthroughs and innovations. Therefore, my above achievements are not only eligible for the "Bernard Prize in Science" and "Price Prize in Scientometrics", but also fully eligible for the "Nobel Prize in Physiology or Medicine" and "Darwin Prize for Evolution" and "Schrodinger Prize for Interdisciplinary Science". Although I may not really win these major scientific awards in my lifetime, I believe that history will make an objective and fair evaluation of this judgment for me, and will also feel deeply sorry for me. Because these scientific research results of mine will play a positive role in promoting the development of human beings and their social civilization. Therefore, in the future, people will have an objective and fair evaluation of the scientific significance and academic value of my scientific and technological achievements, and an objective and fair evaluation of my scientific and technological contributions.

I chose to modernize the Dialectics of Nature and to create and develop science and technology (scientometrics and science and technology management), life sciences (biomathematics, biostatistics, medical statistics) and medical management, and to create the "life sciences theory of large systems" which I think is the most valuable. Since everything in the future will come down to science and technology, it is important for the future to modernize the Dialectics of Nature and to create and develop science and technology (scientometrics and science and technology management), life sciences (biomathematics, biostatistics, medical statistics) and medical management, and to create the "theory of large systems in the life sciences". This has always been so for me, is so now, and will always be so. In the past, I chose to modernize the Dialectics of Nature and to create and develop science and technology (scientometrics and science and technology management), life sciences (biomathematics, biostatistics, medical statistics) and medical management, and to create the "theory of large systems in the life sciences". Choosing now to modernize the Dialectics of Nature and to create and develop science and technology (scientometrics and management of science and technology), life sciences (biomathematics, biostatistics, medical statistics) and medical management, and to create the "theory of large systems in the life sciences", In the future, we will choose to modernize the Dialectics of Nature and to create and develop science and technology (scientometrics and science and technology management), life sciences (biomathematics, biostatistics, medical statistics) and medical management, as well as to create the "theory of large systems in life sciences". Because it has become a part of my life career development. And it will be one of the main goals that I strive for all my life. My greatest wish now is to modernize the Dialectics of Nature and to establish and develop science and technology (scientometrics and science and technology management), life science (biomathematics, biostatistics, medical statistics) and medical management, as well as to establish the "life science grand system theory" in the academic circles at home and abroad. In the society, it can be paid attention to and valued by more experts, scholars and leaders. Only in this way can more people join this cause and make due contributions to the development of this cause.

Now I deeply realize that if a person can do one thing well in his life, it is very great. Always explore along this goal and make a due contribution to society. I think one of the most valuable things I have done in my life is to discover the "double S-curve law of life cycle" and to build on this foundation the "double S-curve growth theory of life cycle". Finally, this theory has been successfully applied to the research of science and technology, scientometrics and science and technology management, and put forward the concept of "super science", which I think is a very valuable academic research achievement. People's life energy and time is limited, how to achieve their own life value in limited energy and time, I think the key is to choose the right goal on the one hand, on the other hand is to tirelessly, consistently pursue and explore along this goal, so as to be rewarded. If three days of fishing and two days of drying nets, then nothing can be done well. If one thing is done in the east 桹 and one thing is done in the west, nothing can be done. I deeply feel that a person can make some due contributions to society, is the most valuable. I hope that our academic ideas can play a certain role in promoting the development of China's science and technology, economy and social undertakings. In short, my personal growth and career development path, as I found a series of laws, appears very uneven, bumpy, ups and downs, difficulties, sometimes also appears very tragic, and even in the face of adversity, and all these have been condensed into my name. Therefore, it all seems so ordinary and unsurprising. Although it is not smooth, but the cause still must be strong to work on; Although it is not smooth, but the road must be firmly carried on. The so-called future is bright, but the road is tortuous. On the road of scientific research, I will overcome difficulties and move forward courageously.

The achievements I have made in modernizing the Dialectics of Nature and in the creation and development of science and technology (scientometrics and science and technology management), life sciences (biomathematics, biostatistics, medical statistics) and medical management, as well as in the creation of the "theory of large systems in life sciences", must be attributed to the following organizations, units and individuals:

First of all, I would like to thank the Anhui Provincial Science and Technology Commission and the Department of Education for their strong support and help to my work, as well as the leaders and colleagues of Wannan Medical College, the part-time unit of China Academy of Management Science and the China Association for Science and Technology Discovery Magazine for their strong support and help to my work. In these years, I have been able to modernize the Dialectics of Nature and to establish and develop science and technology (scientometrics and science and technology management), life sciences (biomathematics, biostatistics, medical statistics) and medical management, and to establish the "life sciences theory of large systems". It is because of the strong support and help of the above leaders and comrades at all levels. Without their strong support and help, the success of this research is unimaginable.

Second, I would like to thank the Chinese Society of Science and Technology Policy and the Institute of Science and Technology Policy of the Chinese Academy of Sciences for hosting the Journal Scientific Studies. China Soft Science Magazine, sponsored by China Soft Science Research Society and Ministry of Science and Technology; China Science and Technology Forum Magazine sponsored by the Ministry of Science and Technology of China, Chinese Academy of Sciences, Literature and Information Center of the Chinese Academy of Sciences, High-tech Research and Development Center of the Ministry of Science and Technology, China High Technology and Industrialization Research Society, China Science and Technology Finance Promotion Association sponsored by the Anhui Science and Technology Commission magazine Anhui Science and Technology Magazine and other magazines where I have published articles in the past And the staff of the publishing house, as well as the Science and Technology Information Network, the National Medium and Long-term Science and Technology Planning Network, the People's Publishing House, Science Publishing House, Huaxia Publishing House, Military Medical Science Publishing House and so on. Without their strong support and help, my academic research results could not have been successfully published.

Finally, I would like to thank my parents who gave birth to me and raised me. It is they who brought me into this world and raised me as an adult, so that I have the opportunity to make so much contribution to society. Although they have been dead for many years, I still miss them very much. I would also like to thank my wife, Ms. Hu Yan, who graduated from Anhui Normal University with a bachelor's degree and works as a senior teacher in Wuhu Vocational and Technical School, for her continued support to my career and made it possible for me to complete these tasks. I would also like to thank my son Shen Hao, a graduate student of Nanjing University, who is now working in Jiangsu Branch of China Mobile Communications Company as a senior computer (artificial intelligence) engineer. Participated in the national computer (artificial intelligence) competition and won the second prize (award certificate plus 50,000 yuan bonus); I am now preparing to pursue an on-the-job doctoral degree in Computer science (Artificial Intelligence) at Nanjing University. I am so happy, proud and proud of what he has achieved. He is the original motivation for me to work hard all my life. No matter how successful he is in his future career, it is also the greatest blessing of my life to raise such a child as a father.

I wrote in "Small Science, Big Science, Super Science: A Comparative Analysis of the Three Models of Scientific and Technological Development and their Laws" ([J]. China Science and Technology Forum, 2021.1:149-160) pointed out that Engels' "small science theory" (see Engels' Dialectics of Nature) reflected the formation and development of the world scientific and technological civilization center in European countries in the 19th century; Price's "Big Science theory" (see Price's Little Science, Big Science) reflects the formation and development of the world scientific and technological civilization center in the United States in the 20th century. My "super science theory" (see Shen Lv's "Small Science, Big Science, Super Science") reflects the formation and development of the world's scientific and technological civilization center in the 21st century and in the future. In the future, the world will enter a "super science and technology era", which is a new era of science and technology development integrating small science and technology development mode, big science and technology development mode and super science and technology development mode. This era will belong to China and to Eastern Asia. The center of world science and technology civilization will be transferred from the West to the east China. It can be predicted that as a Chinese, I will become one of the most innovative and influential scientists, scientific theories and scientific thinkers in the world in the 21st century "super science and technology era". My scientific theories and thoughts will have a far-reaching impact on the scientific, technological, economic and social development of the world in the future.

The above describes a severe academic teaching of Professor Qian Xuesen to the author and the profound impact on the author on the road to scientific research career. As a researcher engaged in life science and medical research in universities. Is how to transform into the modern Dialectics of nature and the establishment and development of science and technology of scientific researchers. How did he become a scientist engaged in the interdisciplinary scientific research of biological science and social science, and eventually founded the "life science grand system theory"? What happened in it? I think you can see from the above content statements how much influence Professor Qian Xuesen has on the author's scientific research work. It was this rigorous academic teaching that led me to a new scientific research career track, and on this track to expand my career and make one important breakthrough after another. Without his strict academic teachings, it is hard to imagine that I would have studied hard, worked hard and innovated actively to achieve such a series of important scientific research results. Therefore, I would like to express my heartfelt thanks to Professor Qian Xuesen.

Now I am putting what Professor Qian taught me into practice. On the 40th anniversary of this letter, I would like to present the main scientific achievements as follows:

I. Research report

one Shen Lu: Life science large-scale system theory -- a comprehensive study of the nature of life and its development law.

2. Shen Lu: Research report on some mathematical problems in life science - Biometric analysis of the formation, replication and expression of biological genomes;

3. Shen Lu: On the nature of human civilization and its development law -- a scientometrical analysis of the process of reproduction and expression of scientific and technological information system;

Ii. Academic monograph

1. Shen Lu: The Theory of Life - a comprehensive study of the nature of life and its development laws.

2. Shen Lu, Bioevolution Theory -- Biometric analysis of natural equilibrium selection process of biological evolution;

3. Shen Lu: Modern biology -- from the double helix structure of DNA to the double S-curve of life cycle;

4. Shen Lu: Science of Science and technology -- the science of comprehensive and systematic study of science and technology;

5. Shen Lu: Small Science, Big Science, Super Science -- D. Price's breakthrough and development of science and technology growth theory;

The above research results (monograph part) can be seen in the attachment, which has a more detailed statement of the content of the work and a series of basic viewpoints on the problems arising in the research process and their evaluation.