I. General situation of running Shanghai Normal University
Shanghai Normal University is a comprehensive university with the coordinated development of arts and crafts. It is good at arts and has the characteristics of normal education. The school has entered the ranks of universities supported by the comprehensive education reform department of Shanghai, and is a pilot unit for the construction of high-level local universities (disciplines) in Shanghai.
The school has a complete range of disciplines and fruitful teaching results. At present, there are 16 disciplines such as philosophy, economics, law, education, literature, history, science, engineering, management, agriculture and art, 9 first-class doctoral programs, 9 postdoctoral mobile stations, 32 first-class master programs, and 18 professional degree categories. The school has 1 national key disciplines; 1 1 Shanghai Key Discipline; 1 1 discipline entered the discipline of Gao Feng Plateau; Ministry of Education and Shanghai Undergraduate Major Comprehensive Reform Pilot Major1; Four characteristic specialty construction points in the institutions of higher learning of the Ministry of Education: three reform projects of the "Excellent Teacher Training Program" of the Ministry of Education: 1 National New Engineering Research and Practice Project; Eight pilot professional construction projects of applied undergraduate courses in Shanghai municipal universities; 18 Shanghai undergraduate education highland construction project. Five subjects entered 1% subjects before ESI. There are nearly 9000 graduate students in the school.
The school attaches great importance to international education and has extensive exchanges and cooperation with foreign countries. It has been listed in China Government Scholarship College for Foreign Students and Shanghai Foreign Student Reserve Base. The school has established exchanges and cooperation with nearly 400 universities and organizations in more than 40 countries and regions on six continents.
2. Introduction of condensed matter physics discipline and specialty (tutor, research direction and characteristics, academic status, research achievements, research projects, curriculum, employment direction, etc.). );
Condensed matter physics is a subject about the structure, properties and applications of condensed matter. Its core content is to study the microstructure, various interactions, electron configuration and macroscopic properties such as mechanics, electricity, magnetism, heat, optics and transportation of condensed matter. The development of condensed matter physics has revealed many properties of matter, created new materials and devices for the development of science and technology, established modern scientific experimental methods and means, such as nanotechnology, superconducting technology, microelectronics technology, etc., and promoted the progress of natural science and industrial technology. It is the largest and fastest growing branch of physics today. It is the foundation for the development of important industries such as materials, information and energy. There are 3 doctoral supervisors, 18 master supervisors and 29 doctoral teachers majoring in condensed matter physics. In recent years, the condensed matter physics team has undertaken 1 key joint projects of NSFC and 10 many general and youth projects of NSFC. More than 200 academic papers have been published, and many articles have been published in mainstream journals such as PRL, APL and PRB in the medium term.
This subject cultivates research-oriented and application-oriented professionals who can combine physical theory with practical problems and have the ability to combine theory with practice. Students are required to master the basic theory of this discipline and the basic knowledge of related disciplines, have strong self-study ability, and track the development trends of disciplines in time; Have the comprehensive ability of project organization, team spirit and harmonious interpersonal relationship;
Have a strong sense of responsibility and professionalism; Have the ability to acquire a wide range of related knowledge and be sensitive to the development of science and technology;
Have a solid basic knowledge of English, be able to read professional literature fluently, and have good comprehensive ability of listening, speaking, writing and translation.
The main contents of this subject include: advanced quantum mechanics, group theory, advanced solid state physics, semiconductor physics and devices, low-dimensional physics and thin film technology, computational physics, professional English and other courses, in addition to participating in teaching practice, national academic exchange meetings, writing graduation thesis and other practical links. After graduation, master students can continue to pursue doctoral degrees or engage in research and development in high-tech enterprises.
research direction
1. photoelectron physics. The tutors mainly include Professor Shi, Researcher Zhao, Professor Liu Feng, Professor Lin, Associate Professor Tang, Associate Professor Zhang Yi and Associate Professor Duan Zhihua.
2. Material physics. The tutors mainly include Pan, Chen Zhizhan, Hu Gujin, Wang Tao, etc.
3. Micro-nano structure and device development. The tutors mainly include Professor Huang Lei (Oriental scholar), Professor (Oriental scholar), Associate Professor Xiao and Associate Professor Du.
4. Simulation design and calculation of materials and devices. The tutors mainly include Professor Xie Yiqun, Liang and Ji Kai.
The academic system is three years (it can be extended or shortened appropriately under special circumstances).
course
1, required course:
(1) degree courses:
The theory and practice of socialism with Chinese characteristics
dialectics of nature
First foreign language
(2) Basic degree courses:
Advanced quantum mechanics
Advanced quantum mechanics
group theory
group theory
computational physics
Advanced solid state physics
Advanced solid state physics
(3) degree courses:
Low-dimensional physics and thin film technology
Structure and physical properties of materials Structure and physical properties of materials
Semiconductor physics and devices semiconductor physics and devices
Laser physics and technology
Microelectromechanical system technology
nonlinear optics
quantum optics
information optics
2. Elective courses:
(1) public elective course
oral English
Computer Basics
(2) Specialized elective courses
Professional foreign language
Introduction to the frontiers of physics
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