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Essentially, technological innovation is the process of new discoveries, reorganizations, and new applications of "use value" for substances, energy, information, and genes. Therefore, technological progress, technological innovation, and application innovation driven by the scientific and technological revolution are processes in which resources are increasingly intensive, materials and energy consumption are decreasing, and the functions of materials and energy are becoming more or more efficient. This is the basic characteristic of Zhiben economy in the era of knowledge economy, and it is also one of the goals of policy innovation in advance areas to promote industrial upgrading.
The first sign of a technological revolution was the widespread use of steam engines. The technological innovation of steam engines puts pressure on scientific innovation and the theory of thermodynamics was established. The use of coal energy innovation in the form of matter promotes the improvement of the efficiency of steam engines, promotes the improvement of the efficiency of textile machines, blowers, pumps, and pulverizers, resulting in the rapid development of industries such as textiles, printing, dyeing, metallurgy, and mining, and a miracle of value innovation and wealth multiplying. The technological innovation of steam engines has caused a total innovation in engineering technology. The innovation of textile industry has promoted the innovation of heavy industry, and new industries such as machine manufacturing, iron and steel industry, and transportation industry have emerged, and technological innovation has led to great progress in social productivity.
The second technological revolution was marked by the power revolution. Humanity entered the era of electrification from the era of mechanization. It enabled energy to be instantaneously interconnected over long distances, resulting in a significant drop in production costs. This led to the development of social productivity and new innovations in value. Technical support; The electric power revolution has once again expanded the boundaries of the industry. Power, electronics, chemicals, automobiles, aviation and other technologies and capital-intensive industries have risen. From then on, productivity enhancement not only depends more on scientific and technological progress, but also requires financial innovation and capital innovation to meet technology. The huge capital support needed for progress.
The third technological revolution was marked by electronic computers, atomic energy, and aerospace technology, and a new strategic industry emerged. The intellectual-oriented innovations that China's strategic emerging industries promote include innovations in systems, policies, management, finance, and capital. The comprehensive goal of these intellectual innovations is to nurture strategic emerging industries as the pillar industries of the national economy as soon as possible. The pioneer area has become a large platform and a large backstage for the emerging intelligent strategic industry. It fosters, supports, and promotes the formation of emerging strategic industries through financial innovation, and strengthens and expands emerging strategic industries through capitalization.
The third scientific and technological innovation revolution has greatly promoted the combination of financial innovation and scientific and technological innovation. The capitalization of science and technology and the capitalization of science and technology have thus become the norm. The combination of knowledge, capital, and wisdom promotes the advancement of scientific and technological innovation and the continuous increase in the number of capitals. Reality. Modern finance and modern capital markets have become "service industries" for scientific and technological innovation. The flourishing of new-type financial service industry has promoted changes in the structure of social and economic structures and social life, formed an alliance between science and technology and capital, and strengthened the international competition between technology and capital. It is to widen the economic gap between the developed countries that master advanced science and technology and the developing countries.
The fourth technological revolution is marked by the new energy and biotechnology revolution. The energy technology revolution includes the discovery of new energy sources, the innovation of new energy extraction technologies, the revolution in new energy transportation technologies, and the invention of new energy storage technologies. Synthetic biology and system biotechnology have brought revolutions in bioinformatics, personalized medicine, biochip technology, bio-solar technology, and bio-computer technology. Bio-energy technologies have opened up new ways to explore renewable low-carbon new energy sources. This has great impact on China, China's dependence on foreign energy resources has declined, energy given up has increased, and economic security has improved; building materials will be made from kenaf and other fiber crops. Instead, the demand for land is reduced, environmental damage is reduced, natural environmental protection is promoted by technological innovation, and eco-environmental friendly can be realized. Research on the system science and engineering of cells and molecules has given rise to a full-scale bio-industry revolution of bio-energy, bio-information, and bio-materials. Bio-solar, bio-computer, and bio-reactor will be industrialized, and cells' artificial design and artificial synthesis will lead to the system. Biology and engineering form a new industrial revolution.
The fifth technological revolution is based on IT technology and information and communication technology. It has reached the information and digitization of people, finances, and materials, and provided technical wings for realizing value creation and value innovation. Knowledge innovation has changed from a smart city to a smart one, and the wisdom economy has finally come into being. The effects of technology development, innovation, and application can be predicted, simulated, and detected through various conditions set in advance, so as to realize quantitative detection among technological innovations, applications, and customer feedback, reduce the blindness of technological innovation, and increase innovation efficiency. Utility and benefits.
The sixth revolution in science and technology is marked by the "new biological revolution". It is the "creation and regeneration revolution". The artificial life or the human organ reconstruction technology is mature. From the viewpoint of industrial innovation, the human body reengineering technology brought about by the stem cell technology innovation, " The bionic and regenerative revolutions have expanded the human ability to use natural functions. In order to welcome the new biological revolution, China has approved the establishment of a medical tourism pioneering area, with a view to integrating modern biomedicine, new energy, and new materials technologies into a low-carbon emission tourism, medical, environmental protection, and ecology through financial innovation and industrial capitalization. Demonstration area, this will be a new exploration of financial innovation, scientific and technological innovation.
The wisdom of the era of wisdom in the era of economic development of the earth to promote industrial development
The premise of industrial transformation and upgrading is that the scientific revolution leads to innovation in technology, resources, products, markets, and organizations. The integration of innovation guided by science and technology and financial innovation leads to industrial innovation and finally to value innovation. For example, the rise of the 21st century system biology and system biological engineering, computer, nano, biology, medicine and other disciplines highly integrated, new materials, new energy, and information industry comprehensive biological industrialization, a new round of industrial revolution is in full swing. The pioneer area that China is experimenting with is the platform, base, and agglomeration area that welcomes the new industrial revolution. It is an early pilot area for systems, new products, new technologies, and new industries. This precedent test not only increases productivity in economic terms, but also includes the historical mission of improving overall national strength, social progress, and world status.