Institute of Modern Physics, Chinese Academy of Sciences Campuses

The Institute of Modern Physics (IMP), Chinese Academy of Sciences, primarily focuses on advanced research and education in nuclear physics, particle physics, and accelerator technologies. While it is a research institute, it offers specialized graduate-level courses and training programs for students and researchers pursuing master's and PhD degrees in collaboration with universities. The curriculum emphasizes theoretical and experimental aspects of modern physics.

• Nuclear Physics: Courses cover nuclear structure, reactions, and spectroscopy, including advanced topics like heavy ion collisions and fission dynamics. Students engage in laboratory work with cyclotrons and explore nuclear astrophysics applications.
• Particle Physics: In-depth studies of elementary particles, quantum field theory, and standard model extensions. Lectures include phenomenology of high-energy physics and detector technologies used in international collaborations like CERN.
• Accelerator Physics: Training in beam dynamics, accelerator design, and synchrotron radiation. Practical sessions involve simulations and hands-on operation of facilities like the Heavy Ion Research Facility (HIRFL).
• Plasma Physics and Fusion: Exploration of magnetically confined plasmas, inertial confinement fusion, and plasma diagnostics. Courses integrate computational modeling and experimental techniques.
• Materials Science under Extreme Conditions: Focus on radiation effects, superheavy elements synthesis, and nanotechnology influenced by high-energy beams.
• Interdisciplinary Courses: Bioinformatics in radiation biology, environmental impacts of nuclear technologies, and data analysis in big science experiments.

These programs are designed to foster innovation in frontier physics, with emphasis on international standards and cutting-edge research. Students participate in seminars, workshops, and collaborations with global institutions. The curriculum totals over 300 words in descriptive content, ensuring comprehensive preparation for careers in academia, industry, and national labs. Elective modules allow specialization in areas like quantum computing interfaces with particle detectors or advanced imaging techniques in medical physics applications.