What major does physics include? What majors does material science include?

① The undergraduate major of Physics College is applied physics, which mainly cultivates compound talents with broad and solid mathematical foundation and skilled scientific experiment skills.

Professional interests include: basic physics, optics, condensed matter and material physics (including nanomaterials), plasma physics.

Main courses: general physics, experimental physics, theoretical physics, frontier of physics, advanced mathematics, electronic technology, computer application, etc.

Graduates of this major have a lot of opportunities to study for master's and doctoral students in physics, laser, optoelectronics, materials science, information, biology and other disciplines inside and outside the school and related research institutes. They have broad employment opportunities in research institutes, universities and enterprises and have good development prospects.

(2) Materials science includes the following five directions:

1. The direction of material physics focuses on cultivating material science and technology talents who are engaged in the study of internal laws of material composition, microstructure and macroscopic physical properties, and then use modern physical means and equipment to research and develop all kinds of high-performance new materials.

2. The direction of metal materials focuses on cultivating scientific research talents engaged in theoretical and applied basic research on the relationship between preparation technology, microstructure, phase transformation and heat treatment of various new structural and functional metal materials, as well as engineering and technical talents engaged in research and development and performance testing of various new metal materials.

3. Inorganic nonmetallic materials focus on cultivating engineering and technical personnel who can not only engage in the basic theoretical research on the relationship between the preparation process, microstructure and various application properties of various new inorganic nonmetallic materials with new structures and new functions, but also carry out the research and development and performance testing of various new inorganic nonmetallic materials and components.

4. The direction of composite materials focuses on cultivating scientific research talents engaged in theoretical and applied basic research on the relationship between preparation technology, microstructure and various application properties of various new metal, inorganic nonmetal and polymer composite materials, as well as engineering and technical talents engaged in research and development and performance testing of various new structural and functional composite materials and components.

5. The direction of electronic materials focuses on cultivating scientific research talents engaged in theoretical and applied basic research on the relationship between preparation technology, microstructure and various application properties of various electronic materials and components, as well as engineering and technical talents engaged in research and development and performance testing of various new electronic materials and components.