What is the current internationally recognized frontier of high technology

The main principles for selecting cutting-edge technologies:

First, it represents the development direction of the world's high-tech frontier.

Second, it will play a leading role in the formation and development of emerging industries in the future of the country.

Third, it is conducive to the upgrading of industrial technology and the realization of leapfrog development.

Fourth, it has a good talent team and research and development foundation. In accordance with the above principles, it is necessary to deploy a number of cutting-edge technologies ahead of time, give play to the leading role of science and technology in leading future development, and enhance China's high-tech research and development capabilities and the international competitiveness of the industry.

Admittedly unknown.

Personally, I think. In the next 200 years, the most promising will be computer technology, in the next 1000 years, the most promising will be biotechnology, and in the next 10,000 years, the most promising will be aerospace technology.

As for the new material technology, it will definitely continue to develop slowly.

Cause? First of all, the breakthrough of computer technology should be the simplest, with the increasing speed of computer computing, the increasing capacity, the continuous complexity of network information, the quantitative change will sooner or later lead to qualitative change, the real, the use of highly intelligent machine animals or robots, should not be a dream, with the emergence and development of robots, the mining of planets in the solar system will definitely be on the agenda, the most scarce in the future should not be energy, but metal, because with the utilization rate of energy is getting higher and higher, the means are becoming more and more diversified, Even installing a solar harvesting machine in space won't be too difficult.

On the contrary, it is relatively difficult to make breakthroughs in biotechnology, especially to achieve all viruses and bacteria in the human body without prediction, and the lifespan of more than 1,000 years (not 10,000 years of immortality or immortality, this is really unthinkable, at least the possibility of 10,000 years is too low), transform the human body to adapt to the vacuum environment, and even cross the planet in the flesh (not across the universe, this is really unthinkable, at least there is almost no possibility in 10,000 years).

Aerospace science and technology will also reach a bottleneck because the distance of the universe is too far, aerospace in the solar system is estimated to be achieved in two or three hundred years, and in the galaxy, even if the spacecraft reaches half the speed of light, it is basically unrealistic. As for what warps space, space jumps ......It's just a human fantasy, and to achieve such a technology, it is by no means a ...... that can be developed in 10,000 yearsNot even millions of years from now, and the difficulty is not necessarily lower than that of humans creating the universe.

bcd..Aviation technology is a high-tech frontier, but aerospace technology is not. So I don't choose A

ABCD is both, it should be a multiple-choice question.

It is generally believed that high technology includes six major technical fields, 12 marking technologies and 9 high-tech industries. The relationship between them is as follows: The six major high-tech fields are information technology, biotechnology, new material technology, new energy technology, space technology, and marine technology, which will develop rapidly in this century and become increasingly powerful high-tech industries through extensive application and commercialization.

Biotechnology, marked by genetic engineering and protein engineering, will become the core of technology in the 21st century; Information technology, marked by optoelectronic technology and artificial intelligence, will become the forerunner of technology in the 21st century; New material technology, marked by superconducting materials and artificially oriented design of new materials, will become the backbone of technology in the 21st century; New energy technologies, marked by nuclear and solar technologies, will also become the backbone of technology in the 21st century; Space technology, marked by the Space Shuttle and the permanent space station, will become an outward extension of the technology of the 21st century; Marine technology, marked by deep-sea mining and seawater utilization, will become an inward expansion of technology in the 21st century.

The 12 logo technologies in the six high-tech fields are cutting-edge technologies that have already germinated but are far from mature. The proportion of traditional industries in the national economy in this century will shrink, but the absolute output and output value of these industries will not shrink because the compulsory penetration of high technology into these traditional industries has transformed these traditional industrial sectors.

Cutting-edge technology: a machine that can paint on the beach.