The subject of information is the frontier science of contemporary science and has a strong permeability to other disciplines. In the future, information science will continue to develop in depth and create more marginal subjects and interdisciplines, becoming the main source of scientific progress and technological innovation.
At the first information science development forum held recently, Li Deyi, an academician of the Chinese Academy of Engineering, stated that in the research of information disciplines, scientific tasks should be valued as the carrier of scientific problems, and scientific tasks should be used to drive the development of information disciplines.
Driving Basic Research with Scientific Tasks At present, the academic level in China's information field is getting closer to the international level. Some research fields such as quantum communication already have the research foundation and strength comparable to the international level, and the application-oriented ones represented by 3G mobile communication. The level of development is also more advanced. However, as a whole, the research work in the field of information in our country is still based on tracking, lacking original and major innovations. The research on basic devices represented by nano-scale integrated circuits is still lagging behind, and the scientific experimental environment and methods need to be strengthened.
Li Deyi stated that the basic research difficulties include how to choose scientific issues, how to choose the carrier carrying the scientific issues, the publicity of the carrier, and the recognition of the research results. He suggested that we should attach importance to the role of scientific missions and use science tasks to drive the development of information disciplines.
In Li Deyi's view, using scientific missions to drive basic research has many benefits.
The first is to help Jizhi tackle problems. The comprehensive and multidisciplinary characteristics of current basic science require interdisciplinary and even interdisciplinary cross-sections, and the scientific missions that drive scientific research can effectively change the status quo of basic research, which is difficult to gather, and highlight the strength of the team.
Second, scientific tasks can effectively stimulate the invention of laboratory equipment and instruments. These innovative equipment and instruments will also play a major role in engineering applications outside the laboratory. "The unique modern scientific experimental apparatus and environment are the 'aircraft carriers' that show the strength of the basic research of big countries, and they are also places for declaring basic research results and improving the scientific quality of the entire people," said Li Deyi.
Li Deyi also pointed out that the basic research driven by scientific missions can effectively change the simplistic tendency of excessive emphasis on the number of papers and the level of rewards in the current scientific assessment mechanism, and improve the objectivity of peer review.
Breakthrough may be on the upset On September 8 this year, Premier Wen Jiabao of the State Council presided over a State Council executive meeting to review and adopt in principle the Decision of the State Council on Accelerating the Cultivation and Development of Strategic Emerging Industries. The "Decision" lists the next-generation information technology industry as one of the seven strategic emerging industries. The research and application in the fields of IoT, triple play, cloud computing, and mobile Internet covered by this industry will gain the thrust of development. And opportunity.
In the forthcoming “Twelfth Five-Year Plan†construction, sixteen priority areas for new devices, nanoscale integrated circuits, cloud computing, sensor network infrastructure, and network data mining and understanding in the post-Moore era are also listed. , and vital information detection and interpretation, quantum computing and quantum control, precision measurement based on optoelectronics and other six key cross-disciplines.
In this regard, Li Deyi said that the priority areas of development are only part of the strategic thinking of scientists on the development of future information disciplines, and in the least does not mean that they ignore other areas.
“Freedom exploration and demand traction are the driving forces for scientific advancement. Scientific breakthroughs are often not justified through planning plans. The arduous nature of breakthroughs in recognized hot issues may be even greater, and breakthroughs may appear in the cold.†Li Deyi said.
At the first information science development forum held recently, Li Deyi, an academician of the Chinese Academy of Engineering, stated that in the research of information disciplines, scientific tasks should be valued as the carrier of scientific problems, and scientific tasks should be used to drive the development of information disciplines.
Driving Basic Research with Scientific Tasks At present, the academic level in China's information field is getting closer to the international level. Some research fields such as quantum communication already have the research foundation and strength comparable to the international level, and the application-oriented ones represented by 3G mobile communication. The level of development is also more advanced. However, as a whole, the research work in the field of information in our country is still based on tracking, lacking original and major innovations. The research on basic devices represented by nano-scale integrated circuits is still lagging behind, and the scientific experimental environment and methods need to be strengthened.
Li Deyi stated that the basic research difficulties include how to choose scientific issues, how to choose the carrier carrying the scientific issues, the publicity of the carrier, and the recognition of the research results. He suggested that we should attach importance to the role of scientific missions and use science tasks to drive the development of information disciplines.
In Li Deyi's view, using scientific missions to drive basic research has many benefits.
The first is to help Jizhi tackle problems. The comprehensive and multidisciplinary characteristics of current basic science require interdisciplinary and even interdisciplinary cross-sections, and the scientific missions that drive scientific research can effectively change the status quo of basic research, which is difficult to gather, and highlight the strength of the team.
Second, scientific tasks can effectively stimulate the invention of laboratory equipment and instruments. These innovative equipment and instruments will also play a major role in engineering applications outside the laboratory. "The unique modern scientific experimental apparatus and environment are the 'aircraft carriers' that show the strength of the basic research of big countries, and they are also places for declaring basic research results and improving the scientific quality of the entire people," said Li Deyi.
Li Deyi also pointed out that the basic research driven by scientific missions can effectively change the simplistic tendency of excessive emphasis on the number of papers and the level of rewards in the current scientific assessment mechanism, and improve the objectivity of peer review.
Breakthrough may be on the upset On September 8 this year, Premier Wen Jiabao of the State Council presided over a State Council executive meeting to review and adopt in principle the Decision of the State Council on Accelerating the Cultivation and Development of Strategic Emerging Industries. The "Decision" lists the next-generation information technology industry as one of the seven strategic emerging industries. The research and application in the fields of IoT, triple play, cloud computing, and mobile Internet covered by this industry will gain the thrust of development. And opportunity.
In the forthcoming “Twelfth Five-Year Plan†construction, sixteen priority areas for new devices, nanoscale integrated circuits, cloud computing, sensor network infrastructure, and network data mining and understanding in the post-Moore era are also listed. , and vital information detection and interpretation, quantum computing and quantum control, precision measurement based on optoelectronics and other six key cross-disciplines.
In this regard, Li Deyi said that the priority areas of development are only part of the strategic thinking of scientists on the development of future information disciplines, and in the least does not mean that they ignore other areas.
“Freedom exploration and demand traction are the driving forces for scientific advancement. Scientific breakthroughs are often not justified through planning plans. The arduous nature of breakthroughs in recognized hot issues may be even greater, and breakthroughs may appear in the cold.†Li Deyi said.
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