Particle Physics and Nuclear Physics

Are you passionate about exploring the microscopic world? Do you want to learn about fundamental particles, the structure of matter, and the operating laws of the universe? The Particle Physics and Nuclear Physics major in China will open the door for you to step into the field of advanced physics research and high-tech applications.

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Introduction to the Particle Physics and Nuclear Physics Major

The Particle Physics and Nuclear Physics major is an important field within Physics, researching the deeper structure of matter and the fundamental laws of interaction. Research subjects include particles such as baryons, mesons, leptons, gauge bosons, quarks, and atomic nuclei.

This major spans from the microscopic level to the evolutionary laws of celestial bodies, standing at the forefront of modern physics research. Due to high demands for precision equipment, complex experimental systems, and advanced detection technology, this field also plays a crucial role in promoting the development of high technology.

Training Objectives

The major aims to train high-level talents with a solid theoretical foundation in quantum field theory, particle physics, nuclear physics, and modern mathematics. Students will be equipped with skills in radiation detection, data collection and analysis, and computer-based theoretical simulation.

Simultaneously, they will master the domestic and international research landscape, develop independent research thinking, and apply nuclear technology. Students are also required to be proficient in professional foreign languages to read and understand academic materials, possess a rigorous scientific attitude, and teamwork abilities.

Upon graduation, graduates can take on teaching, research, technical development, or management positions at universities, research institutes, and high-tech enterprises.

Who is Suitable for This Major?

• Those with a strong foundation in Mathematics and Physics, especially those who enjoy logical thinking and analysis.
• Individuals who love research, are patient, and willing to pursue a long-term academic path.
• Students interested in applied science in fields like energy, materials, space, or defense.
• Those who wish to work in an international research environment or pursue a Ph.D. at top universities worldwide.

Study Mode and Training Duration

The standard training duration for a Master's degree is 3 years. The total study time (including suspension periods) ranges from 2 to 4 years and does not exceed 4 years.

Core Courses of the Particle Physics and Nuclear Physics Major

Professional Internship

Internship activities are typically organized in the second year. Students will participate in assisting with teaching undergraduate professional courses, leading exercise classes, guiding practical sessions, and supporting graduation thesis writing, aiming to enhance teaching and research guidance skills.

Training Mode

Combining theoretical learning with scientific research, applying a model guided by instructors and research teams. Students are encouraged to participate in domestic and international academic seminars to improve independent research capabilities and innovation skills.

Research Directions

• Nuclear Theory</