Main research interests: nonlinear partial differential equations and their applications, differential equations and differential dynamical systems, cryptography, fractal geometry and topological dynamical systems. This major has a doctoral degree authorization point and a master degree authorization point for applied mathematics. There are 20 teachers, including 17 teachers with doctoral degrees,/kloc-0 professors, 7 doctoral supervisors and/kloc-0 national experts with outstanding contributions. It also has provincial key disciplines of applied mathematics and provincial famous brands of mathematics and applied mathematics. This major has an academic echelon full of vitality and innovative spirit. They have rich teaching and scientific research experience and have achieved fruitful research results. He has published more than 70 papers in famous magazines at home and abroad, such as J Differential and China Science. From 2004 to 2006, he presided over 9 national natural science foundation projects and 4 provincial projects, published more than 50 SCI papers, and won the first prize of provincial natural science 1, the first prize of provincial scientific and technological progress 1 and the second prize of provincial natural science 1. This major mainly trains high-level professionals with excellent moral character, solid mathematical foundation for scientific research and teaching, and systematic professional knowledge of applied mathematics, who can skillfully use their learned special skills to engage in applied mathematics work, solve practical problems and be scientific research-oriented senior talents. The employment of graduates is mainly concentrated in the IT industry, as well as teaching in government departments and universities. Main research directions of operational research and cybernetics: optimal control, optimization theory, algorithm and application of nonlinear partial differential equations: this major is a new major for South China University of Technology, with 2 instructors; It mainly trains students to have a solid mathematical foundation, master the basic theories and methods of this major, and be able to flexibly use professional knowledge and computer software to solve practical management and decision-making problems. This major offers not only degree courses such as analysis and algebra, but also major basic courses such as nonlinear programming theory and method, convex analysis foundation, complementarity and variational inequality. In addition, combined with the needs of practical application, this major will also offer academic seminars such as cone optimization, robust optimization and its application in finance, image and signal. Introduction of condensed matter physics major: condensed matter physics major is a master's degree program approved by National Academic Degrees Committee 1993. There are 6 professors (including 3 doctoral supervisors), associate professors 1 person and graduate students 18 people. Over the past ten years, more than 30 graduates have been trained. This major has developed rapidly in recent years, and the teaching staff is increasingly strengthened. He has been doing research on international frontier topics in four directions: mesoscopic physics, quasi-crystal physics, computational physics and semiconductor physics, and has long undertaken national and Guangdong natural science foundation projects. Most of his research papers are published in international first-class physics magazines. The goal of cultivating students in this major is to lay a solid physical foundation, master correct research methods, improve innovation ability, adapt to different jobs in the future, and seek higher-level development. The main courses offered are: advanced quantum mechanics, solid theory, quantum statistical physics, computational physics, progress in condensed matter physics, etc. After graduation, graduate students can engage in physics teaching and scientific research, or continue to study for doctoral degrees in related majors. You can also enter enterprises to engage in applied research and technology development. acoustics
Professional introduction: Acoustics is a branch of physics, which mainly studies the generation, reception, propagation and interaction of sound waves with various substances. It has a wide application prospect in the fields of communication and information technology, material science, marine technology, environmental science, chemistry and chemical engineering, medicine and life science. Acoustics is a master of science program. 1986 awarded master's degree. The research direction of ultrasonic technology mainly studies the interaction between sound and medium, the propagation behavior of sound in medium, and the strengthening and application of ultrasonic to the process. In recent years, acoustics has been well developed, and its research fields involve electroacoustic, psychoacoustics, acoustic signal processing, room acoustics, environmental noise, music acoustics, ultrasound, bio-acoustics, etc. In scientific research, he presided over and completed many vertical scientific research projects, such as the National Natural Science Foundation Project "Universal Surround Sound System and Its Re-field Research", Binaural Spatial Auditory Model and virtual surround System, Outstanding Young Teachers Fund Project of Ministry of Education, Guangzhou Science and Technology Project "Research on HDTV Sound System and Universal Surround Sound System" and "Piano Sound Analysis and Sound Quality Improvement". At present, he is responsible for the National Natural Science Foundation project "Study on Ultrasonic Characteristics of Supercritical CO2 Fluid", the Guangdong Natural Science Foundation project "Ultrasonic Characteristics Testing and Analysis of Supercritical CO2 Fluid" and the Guangzhou Science and Technology Plan project "Virtual Sound Technology and Its Application in Digital Audio-visual Products". This major also cooperates with large domestic enterprises and presides over a number of horizontal scientific and technological development projects. There are sufficient funds at present. In terms of scientific research achievements, in recent five years, academic teachers and graduate students in our school have published more than 100 papers and won 2 national invention patents. The academic echelon of this major is composed of young and middle-aged teachers. Among them, Professor Xie, the academic director, is the executive director of China Acoustics Society, the acoustic engineering branch of China Acoustics Society, the deputy director of China Electronics Society, and the doctoral supervisor. Mainly engaged in the research of electroacoustics and hearing, presided over many scientific research projects including the National Natural Science Foundation, and published nearly 70 papers. In 2003, South China University of Technology allocated 654.38+700,000 yuan for the infrastructure construction of electroacoustic and auditory experimental base as part of the project of building a high-level university jointly by the Ministry of Education and Guangdong Province. At present, this major has a listening room that meets the international (IEC) standards, various instruments and equipment for acoustic measurement and subjective evaluation, digital acoustic signal processing and recording, and experimental conditions such as acoustic measurement, binaural hearing and psychoacoustics, and audio signal processing have been in line with similar international laboratories. This major is closely related to academic circles at home and abroad and enjoys a high reputation among domestic acoustic peers. Acoustics majors mainly recruit undergraduate (fresh or past) graduates of physics, communication and electronics, and also welcome candidates with chemistry and chemical engineering majors to apply for the direction of "ultrasound and its application". At present, graduate students in three research directions are enrolled: (1) electroacoustics and hearing (2) multimedia and acoustic signal processing (3) ultrasound and its application. In postgraduate training, this major has strengthened the cultivation of mathematical and physical foundation, experimental skills, computer application ability and music art foundation, focusing on cultivating postgraduate's scientific research ability and innovation ability. Postgraduates mainly study theoretical acoustics, acoustic measurement technology, acoustic signal processing, electroacoustic, stereo principle, room acoustics, psychoacoustics and sound quality evaluation, multimedia and digital audio technology, ultrasound, ultrasonic transducer and design, ultrasonic horn and design, etc. And after they enter the school. Because the research direction can be combined with social needs, the enrollment of this major has been good in the past five years and the number of students is sufficient. Graduates of this major can engage in the research and development of electroacoustic (audio) technology and multimedia communication. In particular, Guangdong is a big province of electroacoustic, and 80% of the electroacoustic manufacturers in China are concentrated in Guangdong, which is in urgent need of talents in this field. However, there are few majors in this field in China, and there is only this master's degree in South China. Because the demand for graduate students in this major is in short supply when they are employed. Introduction of Optical Specialty: The optical specialty (Master of Science Program) of Physics Department of Science College was established in 1982 with the approval of the Ministry of Education, and the postgraduate students were enrolled that year. Up to now, 24 graduate students and nearly 200 graduate students have been trained. When the optical specialty was established, there were: solid optics; Quantum optics and nonlinear optics; Optoelectronic and other research directions. In order to meet the needs of social development, the professional directions of 1994 and 2004 have been adjusted respectively, and optoelectronics and photoelectric technology are now offered; Photoelectric information; Quantum optics and nonlinear optics; Machine vision and ergonomics; Optical communication network; Six research directions, such as optical engineering, have 7 tutors for master students, including 3 professors; There are 4 associate professors. The main courses offered in this major are: optical principles, optoelectronics, advanced quantum mechanics, nonlinear optics, modern optics, information optics, optical information transmission and processing, modern photoelectric technology, multidimensional digital signal processing, signal and modern communication principles, multi-wavelength optical networks and optical experiments for fiber optic sensors. After graduation, graduate students can engage in high-tech research, development and management in the photoelectric field in posts and telecommunications, information industry, optical system engineering, scientific research units and colleges and universities. From the feedback information, it is found that most graduate students have become the technical backbone or leading backbone of their units.