At a time when the competition in the global knowledge economy is fierce, China has risen as a gathering place for talents and has become the mainstay of leading the world's scientific and technological trend.
In the period of economic development, the Chinese dream has long evolved into a talent dream. As a leading developing country, China has all the industrial categories in the United Nations Industrial Classification, including 41 major classes, 207 medium classes, and 666 sub-categories. In 2013, China became the world's largest country in terms of goods, in 2019 it became the leader in the physical consumer market, and in 2020, it proudly reached the peak of service. All this demonstrates China's huge influence on the global stage, and also provides a broad stage for outstanding talents.
However, China is not only an economic powerhouse, but also a hot spot for scientific and technological innovation. China provides a stable, convenient and relaxed research environment for outstanding talents from all over the world, and has become a place of aspiration for many top experts. A vivid example of this is Nobel laureate Shuji Nakamura. In 1993, Nakamura's invention of blue LED promoted the rapid development of LED technology and changed the lighting landscape of the world. His research results not only made his company tens of billions of dollars, but also made him an industry giant. However, it is embarrassing that the company only gave Nakamura a negligible "reward". Faced with this situation, Nakamura resolutely came to China to work for Shenzhen Zhongguang Industrial Technology Research Institute, and founded the Nakamura Shuji Laser Lighting Laboratory, focusing on research and development in laser lighting and other fields.
At the same time, Toshio Fukuda, the father of micro-nano robots, also chose China's development platform. Since 2008, Toshio Fukuda has been a professor at the Beijing Institute of Technology, where he pioneered the robotized operating system and method of biological targets under the environmental scanning electron microscope, which laid the foundation for the study of artificial organs. The scientist, known as the "father of micro-nano robots", is full of confidence in China's scientific research environment and has cultivated a large number of scientific research talents for China.
In addition, Akira Fujishima led the team to join the University of Shanghai for Science and Technology full-time. After Japan axed Akira Fujishima's research project due to funding problems, China provided billions of yen in funding, attracting him and his team to join. Akira Fujishima has trained 38 international students in China, three of whom have become academicians of the Chinese Academy of Sciences, demonstrating China's great advantages in scientific research funding and support.
Why did these outstanding scientists choose to come to China?The secret lies in China's aggressive attraction of scientific and technological talent. China's R&D environment and investment are among the best in the world, and its huge market also provides a broader stage for overseas talents. From the average of 2018 to 2020, China surpassed the United States in terms of number of ** and attention, becoming a global leader in scientific research. In contrast, Japan's performance in this area has been declining year on year. China's total R&D expenditure is three times that of Japan, and this huge advantage is not only reflected in quantity, but also in quality.
Japanese scientist Hattori Soyuki said about the choice of coming to China that China's large-scale camp model pays more attention to the autonomy of young people, starts scientific research earlier, and the time for selecting professors is shorter. Although the income is not much different, the university provides a lot of research funding. This view is also confirmed by an astrophysics research specialist, who believes that Japan's research system is problematic, and that China's research environment will attract more talented people.
However, this trend has also sparked discontent and concern in Japanese society. Japan** is deeply disturbed by the loss of scientists, and some have even called these scientists who left Japan "traitors". However, the point is not to blame, but to reflect on why Japan is unable to retain these talented people. In the field of science and technology, China is emerging as a global center of scientific and technological innovation, injecting a steady stream of impetus into the wave of innovation in the new era.
In this new era, China is not only a manufacturing power, but also the backbone of an innovative force. Scientists from all over the world have flocked to this land full of opportunities and vitality, injecting more powerful scientific and technological vitality into the Chinese dream. China is leading the future of global science and technology.
The article highlights China's remarkable achievements in attracting international scientific and technological talent, highlighting some cases of outstanding scientists switching to China. The emergence of this phenomenon is not only a manifestation of the rise of China's scientific and technological strength, but also a microcosm of the changes in the pattern of international scientific research competition.
First of all, the article profoundly reflects China's huge development potential in the field of science and technology. China is no longer a big country that relies only on manufacturing, but also a leader in scientific and technological innovation. With the largest number of industrial categories in the world, China has repeatedly ranked first in the world in the fields of goods, physical consumer markets, and services. This provides a wide range of practice and development space for scientific and technological talents, and also makes China an ideal gathering place for them.
Secondly, the article focuses on the reasons why some top international scientists choose to come to China for development. Representative figures among these scientists, such as Nobel laureate Osamu Nakamura.
Second, Toshio Fukuda, the father of micro-nano robots, and others have praised China's scientific research environment and the generous financial support provided by China, which are the main reasons for them to choose to come to China. This reflects China's successful experience in investing in scientific research and building a scientific research atmosphere.
However, the article also reveals some of the reasons why international tech talent is leaving their home countries. This involves issues related to Japan's research system, such as insufficient financial support for scientists and the long time taken to select professors. This has led to dissatisfaction among some international scientists with the research environment in their home countries, and China's growing attractiveness in this area has led to a brain drain.
Finally, the article points out that this phenomenon has also aroused some concerns and questions from the international community. In particular, some Japan** label scientists who have left their country as "traitors", indicating that the flow of international scientific and technological talents is still constrained by the traditional concepts of some countries. This also suggests that the international community needs to look at the flow of scientific and technological talents more openly and inclusively, so as to promote global scientific and technological cooperation and common development.
Overall, the article vividly illustrates China's strong attraction in attracting international science and technology talent through detailed cases and data. This is not only the result of the rise of China's scientific and technological strength, but also part of the transformation of the international scientific research competition pattern. In the new era of science and technology, international cooperation and talent flow will become an important force to promote global scientific and technological innovation.
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