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1.
The CAS Shenzhen Institute of Advanced Tech- nology (SIAT) is jointly founded by CAS and the gov- ernment of Shenzhen, China’s first special economic region. It is the first R&D entity in China specializing in modernized manufacturing and independent innovation with integrated technologies as its disciplinary orientation. Why SIAT? Involving a number of fields of sci- ence and engineering, the integrated technology has gained a rapid development and is recognized for a variety of app…  相似文献   

2.
Publicly funded scientific research is an important means for the society to create knowledge, support innovation, and promote growth. Research articles from such research are knowledge resources to be shared by all. Their open access will facilitate the dissemination and utilization of knowledge, turn the knowledge produced by public investment effectively into innovation and development capabilities of the society, ensure that public knowledge benefits all, and strengthen the innovation driven development strategy.  相似文献   

3.
<正>May 15,2014Publicly funded scientific research is an important means for the society to create knowledge,support innovation,and promote growth.Research articles from such research are knowledge resources to be shared by all.Their open access will facilitate the dissemination and utilization of knowledge,turn the knowledge produced by public investment effectively into innovation and development capabilities of the society,ensure that public knowledge benefi ts all,and strengthen the innovation driven development strategy.Therefore,Chinese Academy of Sciences(CAS)issues at the present stage the following open access policy for articles from publicly funded scientifi c research projects:CAS requires its researchers and graduate students to  相似文献   

4.
<正>Since China announced that it will strive to achieve carbon peak by 2030 and carbon neutrality by 2060, it has become the focus of the whole society.The implementation of carbon peaking and carbon neutrality goals requires a range of revolutionary technologies and involves an array of key scientific questions.A great deal of research has focused on the development of new concepts and innovative technologies on carbon science and sustainable development.  相似文献   

5.
World Intellectual Property Organization(WIPO)has recently announced that World IP Day 2020 will take a closer look at green innovation and sustainable technology,under the timely theme"Innovate for a Green Future".World IP Day is celebrated annually on 26 April,a date initiated by WIPO in 2000 to raise public awareness about the role of IP in daily life,and to celebrate the contribution made by innovators and creators to the development of societies across the globe.  相似文献   

6.
<正>In the beginning of 2014,the Chinese Academy of Sciences took another important step towards nurturing worldclass researchers:by establishing centers of excellence and innovation(CEIs),it will remarkably increase fi nancial support and management autonomy to facilitate their innovation.According to CAS President BAI Chunli,the decision was made after a year of planning."Generally speaking,CAS still has a long way to go to build itself into a firstclass science academy.However,in some fields,our scientists are already standing at the forefront of their domains,and they are very promising to achieve innovative breakthroughs."The aim of CEIs is to select such groups and cultivate them with"fertile soil".As for the"fertile soil",fi rst of all,every CEI enjoys  相似文献   

7.
<正>Preamble The entire spectrum of research forms a complex system where cultivating talent,increasing knowledge and promoting innovation are intertwined across all disciplines.Increasingly,the research community is linked to a much larger global framework involving the circulation of talent,results and discoveries among the various spheres of society.Within the global research system,the actions of GRC participants are crucial in promoting the attractiveness of research careers for new talents,as well as opportunities for professional career development for researchers in universities and research performing organisations.GRC  相似文献   

8.
In today's society where science and technology are undergoing rapid development,and enterprises competing each other primarily with advanced technologies in which they enjoy their own intellectual property right,a major part of an enterprise's business activities is that patented technolo- gy and technical secret(or known-how)are taken as goods of technical trade and that R&D of hi-tech achievements are undertaken by way of conclusion of contracts.It is worth at- taching importance to how to ensure the legitimacy and va-  相似文献   

9.
<正>Hydrogen production and storage remain one of the most challenging technologies for a clean and sustainable future energy scenario.If hydrogen is available in large amount and can be stored and transported safely,a hydrogen-based economy/society will be free of any greenhouse gas and the associated pollutant or wastes.Nowadays,hydrogen is mainly produced from fossil sources that  相似文献   

10.
A forum on the all-round con-struction of a well-off soci-ety and S&T innovationwas held on August 19 in Beijing.Present at the meeting were some50 researchers in the fields ofscience, technology, sociology,politics, economics andenvironment.Six experts gave talks on pos-sible scenarios for Chinas socio-economic development: a newround of industrialization,urbanization, informatization,globalization, consumer society andrecycling society.Co-sponsored by the CAS Bu-reau of High-tech Researc…  相似文献   

11.
<正>China has made great progresses in space technologies since the launch of its fi rst artifi cial satellite and prepared itself for the rapid development of space science.By using foreign observation data for many years,a large number of space scientists have been cultivated in China[1].However,except for a few space science experiments conducted on several satellites and the Double Star mission,China is obviously short of its own science satellite plans and fi rst hand data.China has yet to give full play to the driving and leading role of space science satellite programs in the development of space technologies.To ensure the sustainable development of space science,narrow the gap between China and developed countries in cutting edge scientifi c discoveries and application-oriented innovation,and inject new vitality into the development of  相似文献   

12.
This project is set in one of the international frontier research fields in inorganic solid chemistry.At present, the research in organic/inorganic hybrid materials and nanocomposite optoelectronic functional materials is under the spotlight in the realm of materials science; there remain quite a few difficulties hiding in the traditional synthesis methods.For instance, the reaction cycle is generally too long, rare earth luminescence components are covalently grafted onto the matrix network, and the stability and luminescence properties are quite poor.Hence, Prof.Zhang and his colleagues proposed a series of new methods and technologies through systematic studies to prepare organic/inorganic hybrid materials and nanocomposite optoelectronic functional materials, striving to solve those kinds of problems.Through many years' efforts, a scientific basis was established by the scientists for the design and performance of the materials, which is recognized of great practical significance.  相似文献   

13.
Since the latter half of 2004, China‘s top leaders have given higher priority to the issue of national capacity building for S&amp;T innovation, Chinese President Hu Jintao reiterates that stress should be placed on the upgrading of innovation capacity when making overall plans for S&amp;T development, and the task should remain the key link in promoting economic structural readjustment and raising national competitiveness. This strategic transition from imitation to innovation is also found in the National Long- &amp; Medium-term Plan for S&amp;T Development, which is being formulated under the leadership of Premier Wen Jiabao. The author explains the reason behind such a transition and the major administrative measures to be adopted for its implementation.  相似文献   

14.
Since the latter half of 2004, China's top leaders have given higher priority to the issue of national capacity building for S&T innovation. Chinese President Hu Jintao reiterates that stress should be placed on the upgrading of innovation capacity when making overall plans for S&T development,and the task should remain the key link in promoting economic structural readjustment and raising national competitiveness. This strategic transition from imitation to innovation is also found in the National Long- &Medium-term Plan for S&T Development,which is being formulated under the leadership of Premier Wen Jiabao. The author explains the reason behind such a transition and the major administrative measures to be adopted for its implementation.  相似文献   

15.
In order to promote the national capability in S&T innovation in an all-round way, the Party's Central Committee and the State Council made a key decision of great strategic significance to initiate a pilot project for the national Knowledge Innovation Program (KIP) at CAS in 1998. This signifies a new stage for the buildup of a national knowledge innovation system and a new era for the development of the Chinese Academy of Sciences (CAS).  相似文献   

16.
<正>In the context of global fight against the climate change and reductions in carbon emissions,a worldwide wave of energy system innovation has surged up.The traditional energy system dominated by fossil fuels will be replaced gradually by a new low-carbon energy system mainly supported by new and renewable sources of energy.The economic development of human society will not  相似文献   

17.
Genetically modified （GM） technology is an ＂inevitable result of the rapid development of modern science and technology. With broadapplication prospects in fields such as medicine, industry, agriculture, environmental protection, energy and new materials, it will certainly provide new development space for human society. However, as with other high technologies, its nonstandard R＆D activities and misuse might raise safety risks. For this reason, the Presidium of Academic Divisions of the Chinese Academy of Sciences （CASAD） calls on practitioners of GM technology research and development （including basic and applied research, and product development）, and those involved in the research and development of safety monitoring, evaluation, and detecting techniques to retain a high sense of responsibility and to widely promote professional ethics, conduct research properly, fulfill social responsibility, facilitate public communication and support the sound development of GM technology.  相似文献   

18.
<正>In recent years,with the rapid development of interdisciplinary studies such as molecular biology,genomics and systems biology,and with the breakthroughs in genome sequencing and other technologies,molecular marker-assisted selection and transgenic technology gradually became two important means of plant/animal breeding.Despite of the achievements,however,there are a number of problems in molecular breeding that need to be addressed immediately.As the major agronomic and economic traits of plants or animals are usually very complex and controlled by multiple genes,the modifi cation of a single or several functional genes is inadequate for the overall improvement of the target’s complex traits.Thus efficient,targeted and  相似文献   

19.
Co-sponsored by MOST, SSGA, CAS and Beijing S&T Commission, this project is car- ried out by the CAS Institute of Computing Technology. It focuses on the key technologies in digi- tal and 3-D computer simulation and the computer-aided software for the training of sport items such as diving and trampoline, so as to help athletes to improve their performance. It is expected to bring two transforma-tions to the athlete-training methods: one is to change the traditional practice of a coach…  相似文献   

20.
<正>1.Scientific connotation and significance As a system engineering technology for the exploration and rheology studies of continental lithosphere,deep Earth exploration uses the most advanced science and technologies to obtain the basic information about the Earth’s interior and serve the sustainable supply of energy and resources as well as the early warning of natural disasters.Today,deep Earth exploration has become one of the forefronts of earth sciences[1].Deep Earth exploration requires a core and integrated technique system for the development of key detecting technologies and facilities which can penetrate different depths to precisely extract the internal structure and physical properties of the Earth,together with a technology platform for the processing,imaging and explanation of data[2].By detecting the planet’s deep interior in typical regions and by cutting open the  相似文献   

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