How do you see the development of materials science?

The employment and prospects of materials majors are much better than those of science and liberal arts, and the treatment is above average. Engineering is the most practical, and national policies are more categorical. The development of the materials industry is relatively slow, and employment is generally not difficult, but it is not easy to find a good job, and it is even more difficult to make some achievements.

And there is a big difference in different directions, polymers, biomaterials, medical materials should be good in the next few years, metals and inorganic non-metals have a wide range, and you can also find jobs with good pay.

Materials science is a basic science, and it plays a pivotal role in the national development strategy! The prospect is not bad at all! But the current employment and treatment are not very good!

Materials science is a country's basic discipline, should be the most important discipline, should be paid attention to and promoted as soon as possible, the western developed countries attach importance to materials science is in the first place, materials determine the basis of high-tech products and quality, but also to improve the quality of life of basic science, but at present, the degree of attention, scientific and technological investment, talent training, social atmosphere and so on are far less than developed countries, still need to work hard!

There are many colleges and universities in China that open materials majors, but the development of materials is in a lower middle position in the world, so our high-end manufacturing industry is subject to developed countries, which is the early stage in the development strategy of materials have not been applied to the attention, not only materials, we do not pay attention to basic disciplines, the investment cycle is long and slow, the people who study basic disciplines are very poor, at that time they thought that they could buy anything with money, and after many times, they thought of developing basic disciplines, although it was a little late. However, we will increase investment in production, education and research, and I believe that we will usher in the spring of development.

The prospect of development is good, but the domestic materials science as a whole is relatively backward, so it will hinder the development of materials science to a certain extent.

As one of the basic disciplines in scientific research, materials science and engineering is also an upstream industry in various industries, and has received extensive attention from the state! The outlook is naturally good.

The lack of materials has always been a short board of our country's manufacturing industry, and the current research and development of high-tech materials by various R&D departments can be said to be regardless of investment, because once a new material is mastered, it can be said that it is a million profits, that is, the financial resources are rolling.

The level of development of materials science can restrict the level of industrial development of a country.

Not so good. Whether you are Tsinghua University or Erben, the same effort is not as good as other majors. First-tier cities are not as good as computers, and small cities are not as good as machinery and electrical.

If you like it, it's well developed. If you hate it, it's not good. If you neither like nor hate, then it's like that.

In recent years, the country attaches great importance to innovation and entrepreneurship, and the major of materials science and engineering has unique advantages in the development of new materials, which is a good opportunity for many students majoring in materials.

The results are easy to be stolen by others, the treatment is poor, it is better to study computer-related majors, two or three computers are much stronger than 985 materials, sad!

The competition of the future is the competition of materials science.

My son took the college entrance examination this year, entered the North Science Materials, has a solid foundation in mathematics, physics and chemistry, and now feels that chemistry is more difficult, this is tired of learning science, it is not easy to go up, and it is even more difficult to shine.

My child is also a metal material science, I hope to have a good prospect, after all, the country needs to develop science and technology.

Materials science and engineering is a second-level discipline of engineering, and there are many universities in China that offer this major. If our country wants to take the lead in the international market in many fields, materials are the key. It should be said that the current employment and salary are average, but the prospects are promising.

The status of materials science is the same as that of mathematics.

My child is also a material professional, and when I saw everyone's comments, I was a little discouraged and didn't know where to go?

National first-class key discipline! Needless to say, how is it going? It must be good! The fact that the state attaches so much importance to it shows that there is a lot of room for development

Materials science is relatively comprehensive, including inorganic materials, organic materials and polymer materials, the content is quite complex, involving theoretical mechanics, engineering mechanics, fluid mechanics, rheology, solid mechanics, polymer chemistry, chemical engineering, inorganic chemistry, polymer physics and other disciplines, which means that when learning materials science and engineering, the knowledge involved is quite extensive, and the learning is quite rough, while the polymer materials and engineering major will be relatively much more refined. If you want to make a difference in the polymer materials industry, I recommend you to take the graduate school of polymer materials and engineering equipment.

There are many such scientists, such as Cao Yuan, and then he is also a genius, and he has also published related ** before, and then created a new field in condensed matter physics, which also proves that there is a superconducting effect.

Yang Peidong, Xia Younan, Sun Yugang, Wan Meixiang, Ma Xiaolong, etc., these scientists have made outstanding contributions in the field of materials science.

After years of development and the efforts of countless materials scientists, China's materials science has been greatly developed. China is already at the world's leading level in some fields of materials science. For example, in the field of semiconductor compounds and superconducting materials.

First, the field of semiconductor compound technology

China's research breakthroughs in the field of semiconductor compounds mainly come from the research breakthroughs of Yunnan University and Innoscience. The breakthrough of Yunnan University in the field of semiconductor compounds is mainly the platinum sulfide material independently developed by the School of Materials and Energy of Yunnan University. In terms of stability and performance, platinum sulfide materials are better than graphene carbon-based chips.

In addition to this advantage, the ultimate performance of platinum sulfide materials is several times higher than that of conventional silicon-based chips. Yunnan University's research breakthrough in platinum sulfide materials, coupled with China's mastery of 28nm process technology, China is expected to achieve independent mass production in the field of high-end process chips. This series of technological breakthroughs has enabled China to make more progress in the research of semiconductor compounds.

Second, the field of superconducting materials

Superconductors have very important applications in the field of information and technology. After years of development, China has obtained dozens of invention patents in the field of high-performance superconducting technology. The achievement of these research results fills the gap of high-performance low-temperature superconducting wire technology in China.

With research in this field alone, China has caught up with and surpassed some developed countries in the West in the field of superconducting materials research.

China's breakthrough in superconductivity research technology mainly comes from the Weyl semi-metal material with the highest known conductivity - niobium arsenide nanoribbons developed by Fudan University. This material is characterized by its high electrical conductivity even at room temperature. And the conductivity of this material is 100 times that of the film, and it is 1000 times that of the graphene material.

It has reached a very high level, and the quality of materials in China is very good, which is sold all over the country and applied in various industries.

It has reached a very high level, the material is ***, the price is not very expensive, and there are many domestic material orders.

It has reached a very powerful level, and China's materials science has always been at a leading level in the world, especially powerful, I believe that in the near future, we may have a greater breakthrough.

Materials science is very well developed in China, and I know that this is the result of the joint efforts of many material masters and other people in the field of materials. China's material masters include Academician Shi Changxu, Academician Du Shanyi, Academician Xu Zuyao, Academician Chen Xiangbao, Academician Zhang Litong, Academician Wen Lishi, Academician Qian Renyuan, Academician Feng Xinde, Academician Jiang Lei, Academician Guo Jingkun, etc. Our country has so many masters.

Their presence has enabled the continuous development of China's manufacturing industry. Through the joint efforts of China's materials scientists, China has entered the ranks of the world's leading level in some fields of materials science research.

1. Academician Shi Changxu

Academician Shi Changxu is an academician of the Chinese Academy of Engineering. Academician Shi Changxu's research field is in the field of superalloy and material corrosion. Academician Shi Changxu is known as the "father of Chinese materials".

Academician Shi Changxu is the winner of the 2010 National Science and Technology Award. Academician Shi Changxu has two outstanding achievements. One is to lead the development of China's first generation of hollow air-cooled cast nickel-based superalloy turbine blades.

The other is to lead the successful development of China's first generation of cast porous air-cooled turbine blades.

2. Academician Xu Zuyao

Academician Xu Zuyao is a well-known materials scientist and academician of the Chinese Academy of Sciences. Academician Xu Zuyao has made very important research achievements in the fields of martensitic phase transition, bainite phase transition, shape memory materials and material thermodynamics. I remember that when I was a student, the book "Thermodynamics of Materials" was written by Academician Xu Zuyao.

3. Academician Wen Lishi

Academician Wen Lishi is an academician of the Chinese Academy of Sciences. Academician Wen's research interests are surface engineering and nanotechnology. Academician Wen Lishi has won the special prize of the National Science and Technology Progress Award.

His research results have made great contributions to China's national defense. This series of research results has also made great contributions to China's aerospace industry. In particular, academician Wen Lishi has successfully developed two series of electromagnetic functional materials: work nano multilayer film and nano film coating composite layer.

Materials science is a science that studies the organizational structure, properties, production process and efficiency of materials and the interrelationship between them, integrating physics, chemistry and metallurgy. Materials science is an applied science that is inseparable from engineering technology.

Materials Science is an engineering field that researches, develops, produces and applies metallic materials, inorganic non-metallic materials, polymer materials and composite materials. Its master's degree in engineering authorized unit trains senior engineering and technical talents engaged in the research and development of new materials, the preparation of materials, the analysis and modification of material properties, and the effective utilization of materials.

The main courses of the course are: political theory, foreign language, engineering mathematics, physical and chemical engineering of materials, theoretical basis of materials engineering, structure and properties of materials, testing technology of material structure and properties, process control principles of material synthesis and preparation technology, application of computer technology, research methods of modern materials, new progress of materials science and engineering, and foundation of modern management. The Materials Science major is a science major.

1. The development of high-end production and return of orange products will cause unknown harm to the human body, which is unpredictable under the existing conditions of human beings; 2.First of all, it is clear that the development of materials has indeed brought many benefits to people, but the disposal of waste materials has also emerged, and environmental problems have arisen. 3.The development of new materials will inevitably replace the original materials, and there will be more social problems, such as employment.

Materials Science and Engineering is a discipline that studies the composition, structure, processing technology, performance and application of materials, and the main professional directions include metal materials, inorganic non-metallic materials, polymer materials, wear-resistant materials, surface strengthening, material processing engineering, etc. Materials science is one of the three pillars of national economic development, this discipline mainly studies material composition, structure, and processing technology, so materials science and engineering is a field involving materials science, engineering, and chemistry'In addition, students majoring in materials science and engineering can work in materials and polymer composite materials molding and processing, polymer synthesis, chemical fibers, new building decoration materials, modern spraying and packaging materials, ceramics, cement, household appliances, electronic and electrical, automobile factories, iron and steel enterprises, petrochemical industry, manufacturing enterprises, aerospace and other enterprises after graduation.