The School of Physics and Telecommunication engineering was renamed in July 2003, containing its predecessor -- physics department (established in 1951, one of the earliest founded department in the university )-- and telecommunication engineering department. It is one of the largest school in the university. Currently, the total number of enrolled students is more than 1600 , including the three-year and four-year college students and the graduates. The School now has 106 talented and experienced faculty members, including 16 professors, 29 associate professors.
The school is divided into the department of physics, electronic engineering department, communication engineering department, material science department and network technique center, experiment center, quantum research institute, applied physics institute, photon research institute, multimedia technology institute , science education institute , intellectual science and education company. Undergraduates in the school of physics and telecommunication study in 5 majors: physics, electronic science and technology, communication engineering , material science and science education. Students also have the option of continuing their studies to pursue master's degree in optics , microelectronics and solid electronics , course and teaching theory, condensed matter physics , circuits and systems , education, etc. and to pursue doctor's degree in optics, microelectronics and solid electronics. course and teaching theory. Aiming to help students to accumulate a wide and firm base of knowledge, and to improve their experimental techniques and independent research abilities , the school is on its way to integrate teaching and research., harmoniously . The graduates will be teachers and researchers for high schools, colleges and universities, various research institutes and enterprises.
The key laboratories in the school are : open modern physics technology laboratory in Guangdong province , high-level demonstration centre for fundamental physics experiment, provincial electronic information science and technological teaching laboratory , advanced photoelectric technology and systems laboratory , plasma nanometer material laboratory etc., which could meet demands of both teaching and research . At present, the whole staff are endeavored to build a high-level teaching & research school which has its own characteristic
Doctoral programs
1. optics
1. photoelectric technology and systems
2. image processing
3. nonlinear optics
4. optical spectroscopy technology
2. microelectronics & solid-state electronics
1. solid state theory
2. modern measure and analyzing technology
3. photo-electronics
4. membrane physics and instruments technology
5. quantum information
6 advanced quantum mechanics
3. curriculum & teaching theory
1. modern courses and teaching theory
2. topics in the latest physics
3. development of modern physics
Master programs
1. condensed matter physics
1 solid state theory
2 advanced quantum mechanics
3 Green ' s functions in condensed
4 opics on modern physics
5 progress on condensed matter physics
6 topics on gauge field theory
7 quantum well and superlattice
8 properties of one dimension nonlinear waves
9 film material physics
10 experiment methods on solid material
11 semiconductor physics
12 nano-materials and nano-structures
2. optics
1. i nformation optics
2. quantum electronics
3. photo-electronics and systems
4. image processing and encoding
3. microelectronics & solid-state electronics
1. solid state theory
2. material chemistry
3. iso-ion chemistry
4. modern measuring and analyzing technology
5. the design of photo-electronic devices
6. the application and the theory of DSP
4. curriculum &teaching theory
1. the measuring and statistics of education
2. modern education technology
3. the methodology of physics education
4. topics in modern physics
5. advanced quantum mechanics
6. the design and research of physics experiment
5. circuits and systems
1. circuits and systems
2. image processing and encoding
3. the application and the theory of DSP
4. modern signal processing
6. education
1 topics in physics
2. the didactics of physics
3 modern physics and middle school physics
Undergraduate programs
1. physics (teacher-training , science)
mechanics , electro-magnetics, atomic physics, theory physics, electro dynamics, quantum mechanics, thermodynamics and statistic physics, electronic circuits, computer aided teaching
2. Electronic information science and technology (teacher-training, B.Sc)
circuit analyzing , signals and systems, electronics and circuits, the basis and application of the microprocessor, computer aided teaching, television technology, etc.
Electronic information science and technology ( science , B.Eng)
circuit analyzing , signals and systems , electronic and circuits, principle and applications of microprocessor, communication theory, algorithm and data structures, digital signal processing, etc .
3. material physics (B.Eng )
material physics, circuits basis and analogue circuits, the electrician and electronic technology, X-ray and electron microscopy analyzing , nano-materials and nano-structures, etc
Telecommunication engineering ( B.Eng)
signals and systems, electronic and circuits, the basis and application of the microprocessor, the theory of communication systems, algorithm and data structures, digital signal processing, data communication, optic communication, satellite communication, telecommunication network, etc.
Science education (B.Sc)
mechanics, thermodynamics , electro-magnetics, quantum physics, electronic technology basis, microprocessor basis and interface technology, the didactics and science courses, the didactics and communication courses, science teaching experiment, etc .
Tel:(8620) 85211357
Website : http://physics.scnu.edu.cn