Particle Physics and Nuclear Physics Employment

The employment prospects of science are not very good compared to engineering, if you want to take the physics major, you have to read a doctorate, and then go to work in the research institute, physics is mainly optics, condensed matter, nuclear physics, molecular atoms and other majors, Nanjing University, Peking University, Institute of Physics, Chinese Academy of Sciences, or a good choice! If you take the engineering exam, you can take the electronics, communications, optical engineering, electromagnetic field and microwave technology, microelectronics, etc., except for optical engineering, which is not very employable now, and the rest of the majors are easy to find a job! Electronics can go to Xidian, electronic science and technology, communication can go to Beijing Post, South Post, Southeast, electromagnetic field and microwave technology can go to Shanghai Jiaotong University, Southeast, microelectronics to Fudan!

The relationship between them is very close, but the subjects of study are slightly different.

Theoretical physics is the study of the basic theories of various branches of physics, and the theory of nuclear physics is the study of the basic theories in nuclear physics, which is different from experiments and applications. So it also falls under the scope of theoretical physics.

Particle physics is divided into two research methods: experimental and theoretical, among which the study of particle physics theory also belongs to theoretical physics, and particle physics theory is the core of the whole theoretical physics.

Particle cosmology is a combination of the study of particle physics and cosmology, the common concern of cosmology and particle physics, but also involves the fundamental problems faced by the whole physics. Particle cosmology is a fascinating subject.

Of course, the object of hadron physics theory is the hadron, which is a frontier field of particle physics. Closely related to deeper quarks in nature.

Generally speaking, these fields constitute the core and frontier of fundamental physics.

Not good The nuclear power plant is for undergraduates in the direction of nuclear engineering.

This major is more basic and has nothing to do with employment.

I'm a major, and I can't find a job when I read it.

These disciplines basically have little to do with employment, the important thing is to learn knowledge and cultivate ability during the university, and have a complete and rigorous thinking ability in the face of a complex society in the future.

It depends on how you define the future, if you bury the money you make and the number of articles is largeImpact factorGao Ding is the future, and most of the leaky ants have no future. If you really like it from the bottom of your heart, and you are willing to endure loneliness and do it, the future may be slim or immeasurable, but you need a retrograde at any time.

No? The country and the world are always looking forward to a person who will give light to the new physics community.

If you really like it, you don't need to think about it. Because in fact, every discipline has advantages and disadvantages, and there is no 100% good or 100% bad.

Particle physics and nuclear physics are based on large-scale high-energy physics experiments at home and abroad to study the most basic composition, properties and interaction laws of matter theoretically and experimentally. It also includes the research of new technologies and new detectors for particle physical detection; Development and research of new methods of computational physics in the theoretical study of particle physics.

These studies will deepen our understanding of the deeper fundamental laws of the material world. In the 21st century, marked by the construction of a number of major scientific projects, the international disciplines of particle physics and nuclear physics are continuing to flourish and facing major breakthroughs, which will continue to have a significant impact on national defense, energy, and interdisciplinary disciplines in various countries.

and so on.

The training objectives of particle physics and nuclear physics

This program trains graduate students with quantum field theory.

Solid theoretical foundation and expertise in particle physics, nuclear physics and modern mathematics, mastery of ray detection technology and methods of obtaining and analyzing data using computers**, or able to use computers for theoretical research.

Understand the development trends and cutting-edge progress of the discipline, be able to adapt to the needs of China's economic, scientific and technological and educational development, and have the ability to independently engage in cutting-edge research and professional teaching of the discipline. They should also be proficient in a foreign Chinese language, be able to read foreign language materials of their major, and have a scientific attitude and style of pioneering and rigorous truth-seeking.

Analysis of employment prospects for particle physics and nuclear physics

Graduates of this major are mainly engaged in particle physics, nuclear physics, and computer applications in colleges and universities, scientific research institutions and other related units.

Scientific research, professional teaching, technology development and management in network technology and other fields can also be continued to study for a doctorate.

The employment directions of nuclear physics majors are as follows:Graduates can engage in scientific research and teaching in relevant scientific research departments and higher education institutions. He is engaged in applied research, scientific and technological development, and production technology management in factories and mines, enterprises and institutions related to nuclear physics and nuclear technology.

It is also possible to continue to pursue a postgraduate degree in nuclear physics, applications of nuclear technology and related disciplines.

Have a solid foundation in natural sciences, humanities, arts and social sciences, and the ability to correctly use the Chinese language and writing. Master the basic theoretical methods of mathematics, and have a solid mathematical foundation in valence. Master the basic theories and basic experimental methods of physics, and have certain basic scientific research ability and application development ability.

Master the basic scientific knowledge and system of nuclear physics, obtain practical training in nuclear physics, and understand the frontiers and trends of nuclear physics.

Master a foreign language, master the application knowledge of computer and information technology, be able to conduct Chinese and foreign literature search, master the knowledge of scientific and technological writing, and have a certain degree of scientific and technological writing ability and scientific and technological academic communication ability. Understand the relevant policies and regulations of national science and technology, intellectual property rights, etc. Have strong self-learning ability, innovation consciousness and high comprehensive quality.

Summary. Graduates of this major are mainly engaged in scientific research, professional teaching, technology development and management in particle physics and nuclear physics, computer applications, network technology and other related units in colleges and universities, scientific research institutions and other related units, and can also continue their studies for doctoral degrees.

Graduates of this major are mainly engaged in scientific research, professional teaching, technology development and management of particle physics and nuclear physics, computer applications, network technology and other related units in colleges and universities, scientific research institutions Changpei and other related units, and can also continue their studies for doctoral degrees.

Employment direction: Physics employment is the same as most basic majors, mainly engaged in teaching and research and related scientific research management in universities, national defense departments, scientific research institutions, etc. There are many physics-related research institutes in China, such as the Institute of High Energy Physics, the Institute of Theoretical Physics, the Institute of Modern Physics, the Institute of Plasma Physics, and the National Space Science Center.

The goal of the physics major is to lay a foundation for the research and teaching of cutting-edge issues in physics and related disciplines, and also to cultivate compound applied talents who can apply physics to modern high-tech technology and various fields of society. After professional study and training in physics, students should have the foundation for further study in physics and related disciplines, or meet the requirements of teaching, scientific research, technology development and management.

Introduction to Physics MajorPhysics Professionals can go to colleges and universities to engage in teaching after graduation, or to research institutes to engage in theoretical research, experimental research, technology development and application; In addition, you can also engage in technology development and application research in the fields of materials science and engineering engineering, electronic information technology, etc. Students majoring in applied physics mainly learn the basic theories and methods of physics, have a good mathematical foundation and experimental skills, receive preliminary training in applied basic research, applied research and technology development, and engineering technology, have good scientific literacy, adapt to the needs of high-tech development and debate, and have strong knowledge updating ability and extensive scientific adaptability.

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The direction of employment is as follows:

1. You can go to large state-owned enterprises such as China National Nuclear Power Corporation and China General Nuclear Power Corporation.

2. You can work in the periphery and downstream enterprises of the nuclear industrial system.

3. You can go to work in the radiology department of the hospital.

4. You can engage in research on nuclear engineering and nuclear technology in related fields.

5. You can go to nuclear power plants, nuclear power and nuclear heating, and conventional power stations to engage in research, design, and other work.

6. You can go to the technical development work of the nuclear power equipment manufacturing enterprise.

7. You can go to a nuclear power engineering company to do technical consulting and management.

Nuclear physics: also known as nuclear physics, is a newly established branch of physics in the 20th century. It studies the structure and changes of atomic nuclei; beam generation, detection and analysis techniques; and physical issues related to nuclear energy and the application of nuclear technology.

It is a discipline that has both profound theoretical significance and great practical significance.

Main applications: The application of nuclear technology is mainly for the development of nuclear energy, such as providing more accurate nuclear data and exploring ways to use nuclear energy more efficiently. In addition, the application of isotopes is the most widely used area of nuclear technology. Isotope tracing has been applied in various fields of oak science and technology. Isotope agents are used in the diagnosis of certain diseases or**; Isotope meters are used in various industrial sectors as production automatic line monitoring or quality control devices.