The first is to give priority to supporting the development of related enterprises and give preferential treatment in financing. Secondly, increase the subsidies for doctoral students who are high-quality talents in these fields, and about 1000 doctoral students receive subsidies of more than 2 million yen every year, thus enhancing the global competitiveness in these fields.
Taking the field of AI and materials as an example, Honda Motor Company of Japan is strengthening the research on "smart cars and new energy vehicles" and plans to sell new cars with automatic driving function-drivers can be driven by the system, that is, in the advanced driverless field, Honda hopes to continue to achieve excellent results like traditional cars.
Therefore, Japan needs to get more achievements in AI, information and other technologies, especially the related core supporting industries need to be solved by itself, which is very important for Japan to continue its past glory in the automotive field in the next few decades, and will also play an important role in Japan's economic growth.
There are also "new energy vehicles". It is rumored that the R&D team of Juno Yamada, a professor at the University of Tokyo in Japan, is developing electrode materials that can prevent batteries from losing energy in the form of thermal energy, so as to develop "batteries with better performance" and promote the development of new energy vehicles in Japan.
Professor Yamada's team is currently focusing on "oxygen atoms in cathode materials". If the electrons possessed by oxygen atoms become energy porters, the energy that can be stored can advance by leaps and bounds. In addition, they also noticed a material called "Na2Mn3O7", which is a mixture of sodium, manganese and oxygen. ...
Quantum science and technology: Although China and the United States are "neck and neck, leading overall", Japan is also actively catching up and has achieved great success. First of all, the research funds of "quantum research" projects in major universities in Japan are increasing, and the related talents are growing rapidly.
Secondly, around the four fields of quantum computer, quantum encryption communication, quantum sensing and quantum materials, we will set up bases in major research institutions, start key investments, and work closely with enterprises; Third, judging from the quantum patents of 200 1 to 20 18, Japan ranks third in the world after the United States and China.
Now, in view of these key industries, Japan has increased subsidies for doctoral students, hoping to attract more talents (including those outside Japan) to participate and promote the development of Japanese science and technology. Nansheng believes that these key scientific and technological fields will have an important impact on the future industry and economy.
Especially in the case of full patent coverage and complete industrial chain and supporting facilities, hundreds of billions of new industrial clusters will be formed, which is undoubtedly an important gift to the Japanese economy. It deserves the attention of all countries and is worth emulating. This article was compiled and written by Nansheng. Please do not reprint or copy without authorization!