of independent learning and lifelong learning and the ability to adapt to the society. Graduation requiremen 2:master the basic knowledge,basic physical experiment methods and experimental skills related to mathematics and physics,and hav Chapter 3 Relativistic the ability to solve Kinematics problems,explain or understand physical Course Chapter 4 Symmetries laws by using physical Chapter 5 Bound States theories and methods 2 Chapter 6 The Feynman Graduation requirements Calculus 7:have the ability of sub iect research. Chapter 9 Weak Interactions Graduation requirements 8:have the awareness of independent learning and lifelong learning and the ability to adapt to the society. 1II.Contents Chapter One:Historical Introduction to the Elementary Particles 1.Teaching aims Know how the various particles were first discovered,and how they fit into the overall scheme of things; of independent learning and lifelong learning and the ability to adapt to the society. Course objective 2 Chapter 3 Relativistic Kinematics Chapter 4 Symmetries Chapter 5 Bound States Chapter 6 The Feynman Calculus Chapter 9 Weak Interactions Graduation requirement 2: master the basic knowledge, basic physical experiment methods and experimental skills related to mathematics and physics, and have the ability to solve problems, explain or understand physical laws by using physical theories and methods. Graduation requirements 7: have the ability of subject research, design, data processing and academic exchange. Graduation requirements 8: have the awareness of independent learning and lifelong learning and the ability to adapt to the society. III. Contents Chapter One: Historical Introduction to the Elementary Particles 1. Teaching aims Know how the various particles were first discovered, and how they fit into the overall scheme of things;